Legit Memory Reviews

DDR2 800MHz Roundup: A-Data, Kingston, & Mushkin

Manufacturer: Various
Product: DDR2 PC2-6400 (800MHz)
Date: Mon, Oct 17, 2005 - 12:00 AM
Written By: Nathan Kirsch -
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SuperPi Mod / Game Testing

Super PI Mod v1.4:

Super PI is a program a lot of enthusiasts use to benchmark overall system performance, as the program is capable of calculating pi up to 33.55 million digits on a timer. Many overclockers and enthusiasts are in a battle to get the lowest 1M Super Pi time possible.

Kingston DDR2 PC2-6000 (750MHz) Memory

Results: Super Pi Mod v1.4 shows a very slight performance increase with increased timings.  Moving from timings of 5-5-5-15 to 5-3-3-8 yielded a modest increase in performance.  

Comanche 4:

Flight simulations are notorious for their CPU-dependence, and this makes the Comanche 4 benchmark potentially a better CPU/subsystem test than it is for 3D video cards. Comanche 4 uses DX8.1 pixel/vertex shaders and was run at 640x480 32-bit with no audio.

Kingston DDR2 PC2-6000 (750MHz) Memory 

Results: Comanche 4 seemed to like the tight timings on the Mushkin eXtreme memory, but was not even a full second faster than the other modules.  A-DATA and Kingston performed equally and all the modules are no where near significantly different.   

DOOM 3:

Kingston DDR2 PC2-6000 (750MHz) Memory

Results: Finally in Doom 3 we start to see a couple FPS difference between the modules.  The Mushkin XP6400 memory modules with their tight timings took a two frame per second lead over Kingston and just under two FPS on A-DATA.

Let's take a look at overclocking and then round up our final thoughts on these three PC2-6400 (800MHz) memory kits.

Next Page - Overclocking The Memory Modules


Review Index
Page 1 - Same Frequencies, But Different Components
Page 2 - A-DATA Vitesta DDR2 800MHz
Page 3 - Kingston HyperX DDR2-800
Page 4 - Mushkin eXtreme XP6400 Memory
Page 5 - Stability Testing at Default Settings
Page 6 - The Test Platform
Page 7 - Memory Performance Testing
Page 8 - SuperPi Mod / Game Testing
Page 9 - Overclocking The Memory Modules
Page 10 - Conclusion