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Overclock core clock or memory
Overclock core clock or memory











overclock core clock or memory overclock core clock or memory

If you increase Core Clock and Memory Clock in small increments and test thoroughly between each setting, you will likely end up crashing the benchmark or blue screening at some point.

  • Increase Core and Memory Clocks by a small margin (something like +20/+50) and test again.
  • Every card is different, so they are irrelevant.
  • Use online research to determine what other GPUs of the same model are able to achieve.ĭo not reference the Core clock or Memory Clock offset numbers from other users.
  • Since we’re not increasing the voltage, it’s extremely unlikely to damage the card with this overclocking method.
  • This guide will aim to lower this percentage. A higher percentage indicates a GPU bottleneck, a lower percentage indicates a CPU bottleneck.
  • “GPU Limited Percentage” is the amount of time where the GPU was the limiting factor when rendering frames.
  • This is a raw count of the number of frame stutters and dips experienced in the benchmark.
  • “Stutter Count” seems high, so we’ll take note of that for future runs.
  • overclock core clock or memory

    Locking the voltage and frequency helps to prevent frame skips, drops, and stuttering.īefore any of the steps below, I recommend running a benchmark.įor this guide, I will be using Forza Horizon 4’s built in benchmark tool at Ultra settings on 1080p with AA maxed. This method ensures that the GPU does not auto-modulate voltage and frequency. Instead of simply adjusting the core and memory offsets, we are going to use a stricter method for overclocking. You are the one responsible for your individual GPU settings, not me.įollow along with the guide and use the general advice given, in addition to your own research to OC your GPU. Your specific GPU settings will be different than what is outlined in this guide.













    Overclock core clock or memory