MSI gtx 970 4g gaming oc guide
MSI gtx 970 4g gaming oc guide
The title clearly states the need for a solid OC guide for a GX970 that is dependable and straightforward.
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Download MSI Afterburner and set it up.
Download Unigine Valley benchmark and install it.
Open afterburner, boost max power by 10%, increase core clock by 20MHz.
Execute Valley Benchmark.
Continue this until the benchmark stops working.
Then choose whether to adjust voltage for better performance or stick to the current settings.
If you prefer stability, fine-tune the core clock until it matches the highest value the benchmark can handle, and run the test for roughly an hour. If it still fails, try changing the memory clock instead.
If you wish to experiment with voltage, increase it by 10mV and keep overclocking the core clock until the benchmark crashes again, then adjust voltage once more.
Dylan Smit shares tips on optimizing afterburner settings, adjusting power limits, monitoring temperatures, and maintaining stable overclocks. He suggests checking GPU temps and keeping them below 80°C, recommending a 5% power increase above normal for better performance. He also mentions researching stable configurations online.
MrStark shares tips on optimizing afterburner settings, adjusting power limits, and managing temperatures. He suggests increasing max power by 10%, tweaking overclocks until stable, monitoring temperatures to avoid GPU overheating, and considering a 5% boost above normal if needed. He also asks about core voltage stability and potential OC improvements, noting that higher temperatures can sometimes yield better results.
Download MSI Afterburner and set it up.
Install the Unigine Valley benchmark.
Open Afterburner, boost maximum power by 10%, raise core clock speed by 20MHz.
Execute the Valley Benchmark.
Continue this until the benchmark stops functioning properly.
Then choose whether to adjust voltage for further improvement or stick to the current settings.
If you prefer not to change voltage, fine-tune the core clock until you achieve the highest possible speed, then run the benchmark for roughly an hour. If it remains stable, proceed with the memory clock adjustment.
For those interested in overclocking, increase voltage by 10mV and keep pushing the core clock speed until the benchmark crashes again, then adjust voltage incrementally—never exceed 50mV for safety. Once you hit the highest clock the benchmark can handle, test it for several hours to confirm stability. If instability arises despite increased voltage, raise the maximum power limit. Remember, higher voltage generates more heat; excessive temperatures may require a custom fan profile.