- Sep 13, 2006
- 18
- 0
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Hello everyone...I'm new sorta...
I've been poking around the forum for a while, though I have never posted.
Anyway...
I own an c2d e6600 on a asus P5B-DLX wifi
Now I've been researching OC results for this CPU/Mobo combo for some time now.
Several forums/tech sites have assembled databases of these results sorted by CPU mfg date & stepping, aswell as core voltage and mobo used.
I currently have the system @ 400x9 = 3600MHz @ 1.56 vCore.
1.65v NB, 1.4v NBt.
What I've notticed on other systems with identicle configs is that they are able to have similar OC results using MUCH less vCore. I CANNOT go lower than 1.55v without serious instability. Yet I see guy x running at 425x9 @ 1.35v core....I'm confused!
My concerns are the additional heat produced and ultimately the CPU's health and durability. With a Zal 9500 it won't break 55C loaded, however I'd like to run at a lower voltage if possible.
The only systems I've seen with a 1.5+ vCore have been uber liquid cooled and/or those netting 4GHz and up.
Can one of you folks please explain to me why my chip may need so much more voltage than others? And what is the MAX voltage that can be applied to the e6600 safely (provided that thermals were optimal). The P5B BIOS goes to 1.75v...though I'm sure that's for the 90nm Preslers/Prescotts and EEs.
Much Thanks in advance
I've been poking around the forum for a while, though I have never posted.
Anyway...
I own an c2d e6600 on a asus P5B-DLX wifi
Now I've been researching OC results for this CPU/Mobo combo for some time now.
Several forums/tech sites have assembled databases of these results sorted by CPU mfg date & stepping, aswell as core voltage and mobo used.
I currently have the system @ 400x9 = 3600MHz @ 1.56 vCore.
1.65v NB, 1.4v NBt.
What I've notticed on other systems with identicle configs is that they are able to have similar OC results using MUCH less vCore. I CANNOT go lower than 1.55v without serious instability. Yet I see guy x running at 425x9 @ 1.35v core....I'm confused!
My concerns are the additional heat produced and ultimately the CPU's health and durability. With a Zal 9500 it won't break 55C loaded, however I'd like to run at a lower voltage if possible.
The only systems I've seen with a 1.5+ vCore have been uber liquid cooled and/or those netting 4GHz and up.
Can one of you folks please explain to me why my chip may need so much more voltage than others? And what is the MAX voltage that can be applied to the e6600 safely (provided that thermals were optimal). The P5B BIOS goes to 1.75v...though I'm sure that's for the 90nm Preslers/Prescotts and EEs.
Much Thanks in advance