The point is that your results from overclocking will be specific to your machine and your card. GPUs are highly complex machines-we’re not playing with Happy Meal toys here. Step One: Google Your CardĮvery graphics card is different: in its basic design from NVIDIA or AMD, in the customizations added by manufacturers like ASUS or Sapphire, and of course, in the tiny variations and imperfections from the manufacturing process itself. Once you have all your tools installed and ready to go, let’s get started. It’s best to keep it open while you’re working to watch your results in real time. GPU-Z: Another staple of PC overclocking.
GPU Z BENCHMARK SOFTWARE
Don’t be fooled by the name: though the software is provided free by graphics card maker MSI, you don’t need an MSI card-it should work on any NVIDIA or AMD-based GPU.
MSI Afterburner: This is the Swiss army knife of Windows-based GPU overclocking. We like Unigine Heaven, since it displays stats like clock speed and GPU temperature during the run-very handy if you only have one monitor. You can use the built-in benchmark in one of your favorite PC games, or go for a separate program designed for benchmarking. A benchmarking tool: You’ll need something that pushes your card to the absolute maximum of its power to test its stability as you overclock. Don’t try this on Intel graphics or other integrated systems. This guide should work for AMD and NVIDIA mobile cards in laptops, but we don’t really recommend overclocking those, since heat dissipation is much more difficult in laptops. A discrete graphics card: PCI-Express-based desktop cards are still the primary means of playing high-end PC games. A Windows-based PC: It’s possible to overclock GPUs on macOS and Linux, but Windows is still the home of PC gaming by a huge margin, so that’s what we’re going to use in this guide. 
Before we get started, you’ll need a couple things:
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