joelcen52 :
i see. that sounds really simple, at least i know how to do that lol. but thats really all i have to do? i also hear of other variables such as northbridge and voltage. should i also run a Prime95 stress test? i just want to make sure i have perfectly stable system that will last me awhile. and what if i wanted to jump to 4.0ghz?? i hear of people accomplishing that. sorry for pestering. im barely starting to get into overclocking. lol
Haha, I knew that you'd probably have a few follow-up questions after I gave that simple of answer. I'll take them on one at a time.
Our 965's on a good motherboard with a stable power supply will easily hit 3.8ghz with only the adjustment to the multiplier. Your board is very solid with 8+2 power phasing (I know that's probably unfamiliar, but 3+1 or 4+2 is typical; the more phases, generally speaking the better OC ability). I would be curious what model power supply you are using. The only snag I can see is if you have some unit that's known to cause lots of ripple in the voltage delivery.
The NB and voltages are definitely worthwhile areas to explore, but they aren't really issues that need manual tuning to achieve a CPU overclock at the scale you are considering. There is a point at which the CPU needs to be balanced with optimal NB, HT, and RAM speeds to allow stability. There is also a point at which the auto settings won't be effective at knowing how to properly dial in the voltages for a given speed. That would generally start to become a thought no sooner than 4ghz though. Those of us who tinker around with pushing to 4.2ghz or even 4.5ghz know that there are at least a dozen settings to get just right before you have a stable system. You should just start out seeing how you feel about performance at 3.8 for now. Along the way you'll start picking up enough knowledge on your own to answer a lot of the questions you'd have right now if trying to push further.
I personally use OCCT version 4.3.2 for stability testing. Programming the CPU test for 2 hours and setting a maximum temp of 60c in the preference tab for the CPU and each core is a good start. You can then just let it run and know it'll stop if the heat starts to approach the 62c danger area. If you don't throw an error in 2 hours there, it's as stable a you could possibly need.