CPU-Z Database (ID : 253229)
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CPU : Intel Core 2 Quad Q6600 (*1)
Core : Kentsfield (65 nm) / Revision : G0
Freq : 3535.71 MHz (392.86 * 9)
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MB Brand : EVGA
MB Model : 122-CK-NF68
NB : NVIDIA nForce 680i SLI SPP rev A2
SB : NVIDIA 680i SLI MCP rev A2
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RAM Size : 4096 MB
RAM Freq : 500 MHz
RAM Type : DDR2-SDRAM Dual Channel
RAM Ratio : 11:14
RAM Timings : 5-5-5-13
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Slot 1 : 1024MB (PC2-6400)
Slot 1 Manufacturer : Corsair
Slot 2 : 1024MB (PC2-6400)
Slot 2 Manufacturer : Corsair
Slot 3 : 1024MB (PC2-6400)
Slot 3 Manufacturer : Corsair
Slot 4 : 1024MB (PC2-6400)
Slot 4 Manufacturer : Corsair
================ UPDATE ================
I get home from work and the computer had crashed during the night Guess 3535MHz isn't stable after all. So I start clocking it down trying to get it stable but even tho I'm lowering the FSB speed and leaving voltage alone, the system is actually MORE unstable and freezes soon after loading windows. Good thing for me I've read the EVGA forums (even better for me they have them in the first place). Seems these EVGA boards have a FSB "hole" where they're pretty much unstable no matter what you try in that region. Prior to this hole you can get stable overclocks, and if your HW is good enough and you push past it you can sometimes find a island of stability just beyond it.
Seems I had landed myself on the high end of the hole by dumb luck, lowering CPU frequency just made things worse. So I did what any rational [H] reader would do. I went the other way. I violated all the rules of overclocking and to obtain a more stable system I increased frequency and lowered voltage. It's only been stress testing for 10 minutes now but at 3555MHz and 1.4815V (down from 1.5435V) I haven't recieved any Prime95 errors yet. I tried lowering down to 1.4625 but Prime95 had a thread throw an error, tried again at 1.475 and still errored.
I may get lucky here and find a magical island of stability up above the MB's FSB hole, or it may be just a region of semi stability (at least at the voltages I want to run, 1.5V or less now that I know what's going on). Worst case scenario I gotta drop back down to 3300MHz range, which I know is stable, and is still a great overclock. Just not [H]ard enough for me. I'm hoping I can find this sliver of stability up here and get it running good on air, if not I'll be bucking to get water cooling sooner than I was planning, cause I know I can get it with that
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CPU : Intel Core 2 Quad Q6600 (*1)
Core : Kentsfield (65 nm) / Revision : G0
Freq : 3535.71 MHz (392.86 * 9)
----------------------------------
MB Brand : EVGA
MB Model : 122-CK-NF68
NB : NVIDIA nForce 680i SLI SPP rev A2
SB : NVIDIA 680i SLI MCP rev A2
----------------------------------
RAM Size : 4096 MB
RAM Freq : 500 MHz
RAM Type : DDR2-SDRAM Dual Channel
RAM Ratio : 11:14
RAM Timings : 5-5-5-13
----------------------------------
Slot 1 : 1024MB (PC2-6400)
Slot 1 Manufacturer : Corsair
Slot 2 : 1024MB (PC2-6400)
Slot 2 Manufacturer : Corsair
Slot 3 : 1024MB (PC2-6400)
Slot 3 Manufacturer : Corsair
Slot 4 : 1024MB (PC2-6400)
Slot 4 Manufacturer : Corsair
================ UPDATE ================
I get home from work and the computer had crashed during the night Guess 3535MHz isn't stable after all. So I start clocking it down trying to get it stable but even tho I'm lowering the FSB speed and leaving voltage alone, the system is actually MORE unstable and freezes soon after loading windows. Good thing for me I've read the EVGA forums (even better for me they have them in the first place). Seems these EVGA boards have a FSB "hole" where they're pretty much unstable no matter what you try in that region. Prior to this hole you can get stable overclocks, and if your HW is good enough and you push past it you can sometimes find a island of stability just beyond it.
Seems I had landed myself on the high end of the hole by dumb luck, lowering CPU frequency just made things worse. So I did what any rational [H] reader would do. I went the other way. I violated all the rules of overclocking and to obtain a more stable system I increased frequency and lowered voltage. It's only been stress testing for 10 minutes now but at 3555MHz and 1.4815V (down from 1.5435V) I haven't recieved any Prime95 errors yet. I tried lowering down to 1.4625 but Prime95 had a thread throw an error, tried again at 1.475 and still errored.
I may get lucky here and find a magical island of stability up above the MB's FSB hole, or it may be just a region of semi stability (at least at the voltages I want to run, 1.5V or less now that I know what's going on). Worst case scenario I gotta drop back down to 3300MHz range, which I know is stable, and is still a great overclock. Just not [H]ard enough for me. I'm hoping I can find this sliver of stability up here and get it running good on air, if not I'll be bucking to get water cooling sooner than I was planning, cause I know I can get it with that