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Athlon 64 FX55 San Diego Overclocked 1GHz To 3.6! |
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Written by Chris Tom
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Sunday, 03 July 2005 22:09 |
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So what better day to do some overclocking than the 4th of July? I can't think of one. Of course when it is 100 degrees outside you want to cool your CPU down to -40 degrees Celcius with a Prometia Mach II setup. I took my Athlon 64 FX55 San Diego core which previously we got to
3.1GHz, and decided to push it to 3.6GHz for a 1GHz overclock. Well it worked, but for some reason the CPU-Z screenshot, while named 3616 came out showing the previous 3.4GHz I had reached. Don't ask me why, but I'll try and get a higher speed screenshot up later today. My tools include a 550 watt Coolermaster power supply, the
DFI Lanparty UT nF4 SLI-DR, some
Corsair XMS Pro DDR400, and the 510 bios for the board. Stay tuned for updates. Update: Ok, I got a correct screenshot at 3.6GHz. 4GHz here we come!
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Athlon 64 X2 4800+ Overclocking With High End Air Posted |
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Written by Chris Tom
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Friday, 10 June 2005 23:55 |
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I've posted up full details along with benchmarks and system specs for my overclock of the Athlon 64 X2 4800+ to 3GHz. Enjoy! |
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Athlon 64 X2 Overclock: Vantec Tornado Saves The Day |
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Written by Chris Tom
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Friday, 10 June 2005 10:27 |
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Well I've been happily overclocking my Athlon 64 X2 4800+ sample. I've added some tools to the fight using the DFI nForce 4 SLI board, and the Thermalright XP-90C. Well things were good, and I hit 3GHz, but stability at the higher speeds was suspect. Well I just got a Vantec Tornado, and while it is as loud as the Deltas I used to use, it is getting me through many more benchmarks with no crashing. Now I'm torn between overclocking, and this Battlefield 2 demo I've just downloaded. Look for a BF2 server up today at our colo. We are also having a lan for it soon. |
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OCZ DDR Booster Review Posted |
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Written by Jeff Haluska
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Saturday, 28 May 2005 15:56 |
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I have posted my review of OCZ's DDR Booster. This odd looking device lets you raise your voltage on your memory beyond what the motherboard manufacturers allow. The increased voltage should let your new memory hit new speed heights. |
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