Unresolved kernel trap(cpu 0): 0x300 - Data access DAR=0x0000000000000000 PC=0x00000000000AD048
Latest crash info for cpu 0:
Exception state (sv=0x7EB08000)
PC=0x000AD048; MSR=0x00009030; DAR=0x00000000; DSISR=0x42000000; LR=0x007C827C; R1=0x466738C0; XCP=0x0000000C (0x300 - Data access)
Backtrace:
0x007C816C 0x007C7988 0x007B56FC 0x007B4564 0x00639A78 0x00626BA8
0x00626900 0x0060B9C0 0x004E0110 0x004E1C38 0x004E1B08 0x004E1A90 0x004E1518 0x004E1360
0x002D43D0 0x0003CA1C 0x000A9714
Kernel loadable modules in backtrace (with dependencies):
com.apple.NVDAResman(4.1.8)@0x638000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
dependency: com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
dependency: com.apple.iokit.IONDRVSupport(1.4.2)@0x622000
com.apple.iokit.IONDRVSupport(1.4.2)@0x622000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
dependency: com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
com.apple.iokit.IOHIDFamily(1.4.13)@0x4c2000
Proceeding back via exception chain:
Exception state (sv=0x7EB08000)
previously dumped as "Latest" state. skipping...
Exception state (sv=0x7E9D3500)
PC=0x00000000; MSR=0x0000D030; DAR=0x00000000; DSISR=0x00000000; LR=0x00000000; R1=0x00000000; XCP=0x00000000 (Unknown)
Kernel version:
Darwin Kernel Version 8.11.0: Wed Oct 10 18:26:00 PDT 2007; root:xnu-792.24.17~1/RELEASE_PPC
panic(cpu 0 caller 0xFFFF0003): 0x300 - Data access
Latest stack backtrace for cpu 0:
Backtrace:
0x000954F8 0x00095A10 0x00026898 0x000A8204 0x000ABB80
Proceeding back via exception chain:
Exception state (sv=0x7EB08000)
PC=0x000AD048; MSR=0x00009030; DAR=0x00000000; DSISR=0x42000000; LR=0x007C827C; R1=0x466738C0; XCP=0x0000000C (0x300 - Data access)
Backtrace:
0x007C816C 0x007C7988 0x007B56FC 0x007B4564 0x00639A78 0x00626BA8
0x00626900 0x0060B9C0 0x004E0110 0x004E1C38 0x004E1B08 0x004E1A90 0x004E1518 0x004E1360
0x002D43D0 0x0003CA1C 0x000A9714
Kernel loadable modules in backtrace (with dependencies):
com.apple.NVDAResman(4.1.8)@0x638000
Model: PowerMac7,2, BootROM 5.1.5f0, 2 processors, PowerPC 970 (2.2), 1.8 GHz, 6 GB
Graphics: GeForce FX 5200, GeForce FX 5200, AGP, 64 MB
Memory Module: DIMM0/J11, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM1/J12, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM2/J13, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM3/J14, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM4/J41, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM5/J42, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM6/J43, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM7/J44, 512 MB, DDR SDRAM, PC3200U-30330
Modem: MicroDash, UCJ, V.92, 1.0F, APPLE VERSION 2.6.6
Network Service: Built-in Ethernet, Ethernet, en0
Serial ATA Device: ST3160023AS, 149.05 GB
Serial ATA Device: Maxtor 6B160M0, 152.67 GB
Parallel ATA Device: PIONEER DVD-RW DVR-106D
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 12 Mb/sec, 500 mA
USB Device: CS1764A V1.1.106, ATEN, Up to 12 Mb/sec, 500 mA
USB Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1, American Power Conversion, Up to 1.5 Mb/sec, 500 mA
Tried diagnostics, ran them from 100 loops, nothing of notice.
Any ideas on how to proceed further?
xor
Latest crash info for cpu 0:
Exception state (sv=0x7EB08000)
PC=0x000AD048; MSR=0x00009030; DAR=0x00000000; DSISR=0x42000000; LR=0x007C827C; R1=0x466738C0; XCP=0x0000000C (0x300 - Data access)
Backtrace:
0x007C816C 0x007C7988 0x007B56FC 0x007B4564 0x00639A78 0x00626BA8
0x00626900 0x0060B9C0 0x004E0110 0x004E1C38 0x004E1B08 0x004E1A90 0x004E1518 0x004E1360
0x002D43D0 0x0003CA1C 0x000A9714
Kernel loadable modules in backtrace (with dependencies):
com.apple.NVDAResman(4.1.8)@0x638000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
dependency: com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
dependency: com.apple.iokit.IONDRVSupport(1.4.2)@0x622000
com.apple.iokit.IONDRVSupport(1.4.2)@0x622000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
dependency: com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
com.apple.iokit.IOGraphicsFamily(1.4.2)@0x5fe000
dependency: com.apple.iokit.IOPCIFamily(1.7)@0x48d000
com.apple.iokit.IOHIDFamily(1.4.13)@0x4c2000
Proceeding back via exception chain:
Exception state (sv=0x7EB08000)
previously dumped as "Latest" state. skipping...
Exception state (sv=0x7E9D3500)
PC=0x00000000; MSR=0x0000D030; DAR=0x00000000; DSISR=0x00000000; LR=0x00000000; R1=0x00000000; XCP=0x00000000 (Unknown)
Kernel version:
Darwin Kernel Version 8.11.0: Wed Oct 10 18:26:00 PDT 2007; root:xnu-792.24.17~1/RELEASE_PPC
panic(cpu 0 caller 0xFFFF0003): 0x300 - Data access
Latest stack backtrace for cpu 0:
Backtrace:
0x000954F8 0x00095A10 0x00026898 0x000A8204 0x000ABB80
Proceeding back via exception chain:
Exception state (sv=0x7EB08000)
PC=0x000AD048; MSR=0x00009030; DAR=0x00000000; DSISR=0x42000000; LR=0x007C827C; R1=0x466738C0; XCP=0x0000000C (0x300 - Data access)
Backtrace:
0x007C816C 0x007C7988 0x007B56FC 0x007B4564 0x00639A78 0x00626BA8
0x00626900 0x0060B9C0 0x004E0110 0x004E1C38 0x004E1B08 0x004E1A90 0x004E1518 0x004E1360
0x002D43D0 0x0003CA1C 0x000A9714
Kernel loadable modules in backtrace (with dependencies):
com.apple.NVDAResman(4.1.8)@0x638000
Model: PowerMac7,2, BootROM 5.1.5f0, 2 processors, PowerPC 970 (2.2), 1.8 GHz, 6 GB
Graphics: GeForce FX 5200, GeForce FX 5200, AGP, 64 MB
Memory Module: DIMM0/J11, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM1/J12, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM2/J13, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM3/J14, 1 GB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM4/J41, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM5/J42, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM6/J43, 512 MB, DDR SDRAM, PC3200U-30330
Memory Module: DIMM7/J44, 512 MB, DDR SDRAM, PC3200U-30330
Modem: MicroDash, UCJ, V.92, 1.0F, APPLE VERSION 2.6.6
Network Service: Built-in Ethernet, Ethernet, en0
Serial ATA Device: ST3160023AS, 149.05 GB
Serial ATA Device: Maxtor 6B160M0, 152.67 GB
Parallel ATA Device: PIONEER DVD-RW DVR-106D
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 480 Mb/sec, 500 mA
USB Device: Hub, Up to 12 Mb/sec, 500 mA
USB Device: CS1764A V1.1.106, ATEN, Up to 12 Mb/sec, 500 mA
USB Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1, American Power Conversion, Up to 1.5 Mb/sec, 500 mA
Tried diagnostics, ran them from 100 loops, nothing of notice.
PHP:
Cache
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Clock
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
FireWire
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
Main Memory
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Mathematics
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Network
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Processor
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Video Memory
Monday, July 5, 2010 6:00:29 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Cache
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Processor 1:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Processor 2:
L1 Cache: 96 KB
Data: 32 KB
Instruction: 64 KB
L2 Cache: 512 KB
Cache Check 1
This test performs routines to utilize the L1 cache.
Cache Check 2
This test performs routines to utilize the L2 cache.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
Clock
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Clock Speed: 1.80 GHz
Bus Speed: 900 MHz
Read Register Check
This test checks the clock circuitry output by requesting several thousand read commands and verifying the contents.
Write Register Check
This test checks the clock circuitry input by sending several thousand write commands and verifying that the contents of the clock registers contain what was sent by the program.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
FireWire
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
FireWire Devices: Not Present
FireWire 1 Check
This test checks the system for the presence of a loaded and actively running FireWire driver.
FireWire 2 Check
This test checks the ability to read the FireWire configuration ROM of the machine.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Main Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
DIMM0: J11
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM1: J12
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM2: J13
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM3: J14
Size: 1024 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM4: J41
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM5: J42
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM6: J43
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
DIMM7: J44
Size: 512 MB
Type: DDR SDRAM
Speed: PC3200U-30330
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
11111111 Check
This test works by writing the binary pattern 11111111 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
00000000 Check
This test works by writing the binary pattern 00000000 consecutively throughout the memory matrix, reading and verifying each pattern after it has been written.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Binary To Decimal Check
This test checks the result of a binary to decimal conversion.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Mathematics
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
AltiVec: Present
Add Subtract Check
This test performs simple addition and subtraction.
Multiply Divide Check
This test performs simple multiplication and division.
Square Root Check
This test performs square root calculations.
Round Integral Check
This test performs general mathematical rounding operations.
Truncate Integral Check
This test performs truncate operations.
Remainder Check
This test performs division tests and verifies proper remainders.
Binary Log Check
This test performs logarithmic binary calculations.
Binary Scale Check
This test performs a binary scale operation and verifies the result.
Binary To Binary Check
This test checks the result of a binary to binary register shift.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Network
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Ethernet:
Vendor: Apple
Driver: UniNEnet
Model: Ethernet
Link Status: Active
Link Speed: 1 Gbps
MAC Address: 00.0A.95.AE.5C.F4
Network 1 Check
This test checks the availability of network services for the system.
Network 2 Check
This test checks whether a network host name is reachable using the current network configuration.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Processor
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
Generation: PowerPC G5
Model: 970 (Regatta)
Version: 2.2
Speed: 1.80 GHz
AltiVec: Present
Configuration: Dual-Processor
Memory Move Check
Floating-point move instructions copy data from one floating-point register to another altering the sign bit (bit 0).
Memory Write Check
This test does memory load tests using little-endian byte ordering.
Memory Write Check
This test does memory store tests using little-endian byte ordering.
Integer Compare Check
This test does integer comparison tests using little-endian byte ordering.
Integer Logic Check
This test compares instructions logically with the UIMM operand.
Integer Rotate Check
This test rotates the contents of a register. The result of the rotation is inserted into the target register using mask bit 1 and mask bit 2 operations.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Universal Serial Bus (USB)
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
USB Bus:
USB Bus:
USB High-Speed Bus:
Hub:
Hub:
Hub:
Hub:
Device: CS1764A V1.1.102
Vendor: ATEN
USB Bus:
USB Bus:
Device: Back-UPS XS 1200 FW:8.g1 .D USB FW:g1
Vendor: American Power Conversion
USB Check
Sends and receives information through the USB bus to confirm proper functionality.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32774)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32774)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32775)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32775)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32781)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32781)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32769)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32769)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32782)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32782)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32775)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32775)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32782)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32782)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32775)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32775)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32771)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32771)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32781)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32781)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32772)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32772)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32777)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32777)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32782)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32782)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32781)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32781)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32779)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32779)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32771)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32771)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32782)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32782)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Passed
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Passed
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)
Video Memory
Monday, July 5, 2010 6:02:19 PM US/Eastern
Unsupported (32783)
GeForce FX 5200:
Card Vendor: NVIDIA
VRAM (Total): 64 MB
LCD:
Maximum Resolution: 1680 x 1050
Colors Supported: Millions
NONE:
Colors Supported: 256 Colors
10101010 Check
This test works by writing the binary pattern 10101010 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
01010101 Check
This test works by writing the binary pattern 01010101 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
11110000 Check
This test works by writing the binary pattern 11110000 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
00001111 Check
This test works by writing the binary pattern 00001111 consecutively throughout the Video Memory matrix, reading and verifying each pattern after it has been written.
Unsupported (32783)Any ideas on how to proceed further?
xor