Have you looked at MSI Afterburner? Don't know if it will work with the FireGL series cards, but it certainly wouldn't hurt to give it a try.
http://event.msi.com/vga/afterburner/download.htm
I just looked at the link you supplied. From the looks of it, that is a low profile chassis. Even if you could find a decent card for it, you'd have to find one that has the low profile bracket, and that rules out pretty much everything from the mid-range on up.
I use the game settings, but sometimes you have to use the CCC, as some games may not give you the option to control some aspects. I've had many games that didn't allow for AA, AF, or filtering methods to be defined within the game.
I tried to do it with 2x 4850 (Vistiontek and Asus) and couldn't get it to work. Granted, I have an older 975X chipset board, but the Asus manual for the board clearly indicated that Crossfire was supported, but it was written during the X8xx series card run. However, I had always heard that...
I dumped my 8800GT into my second box and couldn't be happier. I am indeed seeing a nice performance boost, and I'm finally rid of those buggy NV drivers! I've had zero issues and everything I've thrown at it has been absolutely flawless.
When you are in 2D mode the RAM and GPU downclock to use less power and create less heat. When you go to 3D mode the clocks go back up to their rated speed.
Doh! I'm blind too. Didn't realize that post was a couple of days old and there were more pages.
I'm guessing you are referring to a Q6600 or Q6700? My understanding was that the multiplier on Intel processors could only be changed downward, not upward. However, I have heard rumors that the multiplier is completely unlocked between 8-11. This could account for why things seem to get...
You really are about as far as you can go. The fastest XP made was 2.4GHz. With an XP the difference between 2.2GHz and 2.4GHz, when you are looking at today's software, doesn't mean squat. I wouldn't even bother spending a dime on a faster CPU for that system. Since S462 you've already had...
The actual FSB clock is 266MHz, but Intel uses 2 x DDR busses (90 degrees out of sync) for the FSB, so 266MHz * 4 = 1066MHz FSB.
The numbers on the memory essentially apply to how much bandwidth is produced, exactly the same way as DDR. In dual channel mode the RAM is 128-bits, which is 16...
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