Page 1:The New Mainstream Standard?
Page 2:Tomorrow's Bandwidth...Today!
Page 3:Speed Vs. Latency: Myths And Facts
Page 4:10 Kits For Your Consideration
Page 5:Kingston ValueRAM PC3-10600
Page 6:Kingston HyperX PC3-11000
Page 7:Mushkin Enhanced EM3-10666
Page 8:OCZ PC3-10666 Platinum Edition
Page 9:OCZ PC3-10666 ReaperX HPC Enhanced Bandwidth
Page 10:PDP Patriot Extreme Performance PC3-10666 Low Latency
Page 11:Super Talent PC3-10600 CL8
Page 12:Wintec AMPX PC3-10600
Page 13:SPD Timing Comparison
Page 14:Test Settings: Overclocking Comparison
Page 15:Overclocking Results
Page 16:Overclocking Results, Continued
Page 17:Boot Straps, I.e., Intel's "Wrench In The Works"
Page 18:Test Settings: Lowest Stable Latencies
Page 19:Test Settings: Lowest Stable Latencies, Continued
Page 20:Lowest Latency Test Results
Page 21:Lowest Latency Benchmark Results
Page 22:Audio Conversion
Page 25:Synthetics, Continued
Test Settings: Overclocking Comparison
DDR3 still hasn't worked its way down to mainstream price levels, and the main reason a buyer would pay relatively-high DDR3 prices is to achieve a similarly-high overclock without "hitting the wall" on memory speed. One could, of course, pay the astronomically high prices of DDR3-1800 or even faster overclock-validated extreme-enthusiast parts, but we wanted to see how far these less-expensive kits would go.
Newer platform components may be available, but the best overclocking motherboards use Intel P35 chipsets while the same company's Core 2 Duo processors withstand much greater bus speeds than its Core 2 Quads. We dug into the parts bin to retrieve the most overclockable parts regardless of age.
|Overclocking System Hardware|
|Motherboard||Gigabyte GA-P35T-DQ6, Rev. 1.0
Intel P35, BIOS F5c (10/26/2007)
|Socket 775 Processor||Intel Core 2 Duo E6750 "Conroe"
(FSB-1333, 65 nm, 2.67 GHz, 4 MB L2 Cache)
|Hard Drive||Western Digital WD1500ADFD-00NLR1, Firmware: 20.07P20
150 GB, 10,000 RPM, 16 MB cache, SATA/150
|Graphics Card||Foxconn GeForce 8800GTX, P/N: FV-N88XMAD2-OD
NVIDIA GeForce 8800GTX - 768 MB
|Power Supply||OCZ GameXStream OCZ700GXSSLI - 700W|
|System Software & Drivers|
|OS||Windows XP Professional 5.10.2600, Service Pack 2|
|DirectX Version||9.0c (4.09.0000.0904)|
|Platform Drivers||Intel INF 188.8.131.529|
|Graphics Driver||NVIDIA Forceware 163.75|
Our Intel Core 2 Duo sample is held in high esteem for reaching 520 MHz FSB at its default 8x multiplier and at least 540 MHz FSB using a 6x multiplier on top boards. Using the P35 chipset's highest memory ratio, this allows a 6x CPU multiplier to reach for data rates of 2160 MHz!
Of course, we'd need a motherboard that offered top memory stability, and the most appropriate part we've found for this type of testing is Gigabyte's GA-P35T-DQ6.
In order to reach a variety of memory speeds at a fixed 6x multiplier, we needed to alter the CPU speed for each test. The change in CPU speed has an overwhelming effect on a wide range of benchmarks, so we had to limit ourselves to memory bandwidth benchmarks in the overclocking portion of today's comparison.
|PCMark05 Pro||Version: 1.1.0
Windows Media Player 10.00.00.3646
Windows Media Encoder 9.00.00.2980
|SiSoftware Sandra 2005||Version 2005.7.10.60
Memory Test = Bandwidth Benchmark
We'll throw a more comprehensive set of benchmarks into our latency tests.
- The New Mainstream Standard?
- Tomorrow's Bandwidth...Today!
- Speed Vs. Latency: Myths And Facts
- 10 Kits For Your Consideration
- Kingston ValueRAM PC3-10600
- Kingston HyperX PC3-11000
- Mushkin Enhanced EM3-10666
- OCZ PC3-10666 Platinum Edition
- OCZ PC3-10666 ReaperX HPC Enhanced Bandwidth
- PDP Patriot Extreme Performance PC3-10666 Low Latency
- Super Talent PC3-10600 CL8
- Wintec AMPX PC3-10600
- SPD Timing Comparison
- Test Settings: Overclocking Comparison
- Overclocking Results
- Overclocking Results, Continued
- Boot Straps, I.e., Intel's "Wrench In The Works"
- Test Settings: Lowest Stable Latencies
- Test Settings: Lowest Stable Latencies, Continued
- Lowest Latency Test Results
- Lowest Latency Benchmark Results
- Audio Conversion
- Synthetics, Continued