You'll run into a lot of artifacting and crashes here, but the good news is, it won't damage your card. This is where things start getting tricky.

After you've found a good amount, then start raising the memory clock. So experiment with different core clocks until you find one that is stable. The core clock is the most important, in case you're wondering.Įvery card is different. Leave it alone while your experimenting around with the core clock. See if you can achieve what you want from just doing that. If you're able to raise the core clock without having to tamper with the voltage, that's your best bet. I had to back it off way more, but I pushed the power target almost to full power.First off, try to not mess with the Core Voltage at first. The best result would be to adjust the fan curve to keep it cooler and running at boost clock for longer - if you can deal with the extra noise.ĭoes it have anything to do with my refresh rate which is set to 60Hz? I couldn't even get 50 to 125 on the mem. Take it with a grain of salt, but if your 760 is anything like my 660, you will only get 25-80 extra on core and 50-125 on mem.

If you start to get artifacts on a benchmark, back down your overclock a little until they go away.ĭifferent cards respond differently, some cant handle pushing mem, some core clock, some voltage, some are all round good and some are fantastic. If you push cards to far past their comfort zones you get artifacts - white dots on images and eventually horrific amounts of jumbled images on screen or straight up crashing. But if anyone can suggest explain why adjusting the clocks so much in one session of testing could make the computer freeze that would be great!Īssuming your monitor(s) are connected via the GPU, the GPU is providing the images on your screen and if that crashes/freezes so do the images it provides. I also backed off the memory clock from +100 to +70 to make it stable.

Evga precision x voltage at 12mv