I just OCed my PC for the first time using the guide for OCing C2D found here at Tom's. I OCed a E6600 to 3.0 Ghz (bus speed 333 and CPU multiplier 9) on a P5B Deluxe and I would like to know your opinions regarding my voltages on this particular set.
CPU vCore: 1.4v
FSB termination: 1.4v
NB vCore: 1.45v
SB vCore (SATA, PCIe): 1.60
These are the recomendations of the C2D guide and they also respect the safe limits on the OCing guide from Toms Hardware. For the RAM (Corsair XMS2 DDR2 800 4-4-4-12) I left the voltage set to auto.
Should I try to reduce some of the voltages on this setting?
I haven't run any tests yet but I will follow the testing procedures in the C2D OCing guide.
Your help would be very appreciated since I don't want to damage my system and I run it 24/7!
Run the stress tests and monitor temps, etc. If you're stable, then the goal is ALWAYS to try to get your volts down as much as possible while maintaining stability. So start dropping them a notch or two, then run stress tests and monitoring again. If stable, then another notch or two down......repeat until you're no longer stable/get errors, then back up a notch. Do final 24 hour stress test and if stable, then you're good!
You really dont need much over stock voltages at 333 FSB with the E6600 on the P5B Deluxe unless its a lesser quality CPU.
your termination voltage should come down and only needed when you push the FSB hard.
At 400 FSB I only need 1.3 volts FSB Termination and 1.4 volts at 450 FSB
Your Ram volts should follow specs from corsair
I would set this manually.
Follw skyguy's advise and stress test for stability
It depends on your latency.
If your running 4 4 4 12 @ 667 (well below the rams capabilities )
1.8 to 1.95 volts.
If you run 4 3 X X you may have to bump up the voltage to 2.1
the p5b dosnt respond well to CAS3 although the ram is capable the bandwidth on this board will drop slightly at CAS3.
Like mentioned earlier you have to bench your system to see how stable you are and determine what voltage settings are nessesary to maintain stability