I found what my problem was. When I disable SPD, it reverts back to 1.8V. I had to manually increase the voltage. After doing so, I was able to increase my FSB slightly from 389 MHz to 397 MHz. So I finally ended up with 9x 397, 5:4, and 4-4-4-12.
Another funny thing... I just realized after...
I have a G0 Q6600 and Crucial PC2-8500. I've tried CPU multipliers between 6-9 while leaving the RAM multiplier at 2. This works as long as the FSB is 389 MHz or lower. As soon as I set it to 390 MHz or higher the system becomes unstable--even if the multiplier is 6. This is preventing me from...
I'm having trouble clocking the FSB any higher than 389 MHz on a GA-P35-DS3R. I've tried increasing the FSB and MCH voltage, but to no avail. Anyone have tips for overclocking the FSB on this board?
I recall having written a program that was able to make use of remapping. However, it was running under Windows 2000 server operating system. I think what you've posted is a good clarification.
Good point on the desktop versions only supporting 4GB.
To answer GeezerMan's question, if you're using a 32-bit desktop version of Windows, then depending on the programs you use and how you use them, anything up to 4GB may be useful.
Keep in mind that the virtual address space can be remapped. Programs that are aware can access more than 4GB. To test this with a single process under Windows, please see Address Windowing Extensions.
Also, multiple processes have independent virtual address spaces. To test this with...
The article is wrong. It's possible to use more than 4GB of physical memory. Drivers may not be able to, but applications certainly can. Individual processes only have 2GB of addressable user space, while multiple processes definitely wouldn't have a problem accessing more than 4GB. It's also...
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