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This tip is about the how to get Better Gaming Performance by Overclocking GPU. So read this free guide, How to get Better Gaming Performance by Overclocking GPU step by step. If you have query related to same article you may contact us.
How to get Better Gaming Performance by Overclocking GPU – Guide
Your graphics card is heart and soul of your gaming PC – the single most important factor in the graphical fidelity and performance you see on screen. If you’re willing to tinker a bit, overclocking can take your graphics card even beyond its stock specs. Graphics card overclocking is similar to CPU overclocking, albeit a little more straightforward: you slowly increase the frequency of the graphics card’s core and use a benchmarking tool to test it for stability.
Overclocking is relatively safe these days. If something goes wrong, the laptop or the PC will crash or create visual artifacts (which is a good warning that your game will crash too), but the chances of damaging your hardware are slim. However, the GPU will be damaged if you decide to become a professional GPU overclocker by using LN2 or “shunt mods” to remove voltage caps so you can push more power to the GPU…! It is unsustainable and offers high-risk marginal benefits.
How to overclock your GPU
Let’s use the MSI Afterburner that we recommended earlier to overclock the GPU. Go ahead – install it and launch it. The main panel will display your graphics chip’s current clock (GPU Clock) and your memory (Mem Clock). On the right side you will see the temperature. These values will differ from PC to PC — but as a general rule, avoid temperatures above 90°C. You can also change the appearance of MSI Afterburner by clicking the settings gear icon and going to User Interface. The sliders you see control overclocking basics:
Compare your current settings
Run 3DMark or Furmark (the stress testing tools we previously recommended) and check your current performance. This gives you a great benchmark for your performance, temperature, clock speeds, and FPS. Write down these numbers or take a screenshot — this will help you compare later.
GPU chip overclocking
Start slow: increase the core clock by 5% and see if you are encountering any strange graphical artifacts, crashes, or even crashes. At this level, it should remain stable, but you probably won’t see much improvement. It’s really just a quick check for potential issues.
memory overclocking
Memory is just as important as the GPU clock – even more so in games with gigabytes of textures. Try 10%, or a 50-100 MHz boost. Anything around or below 10% should still provide stable performance. If your computer crashes or games show strange artifacts at these low overclocks, either your hardware is not designed to be overclocked… or you need to raise the temperature threshold. More on that later.
Tune
Increase your GPU clock by about 10MHz and test again. Is it stable? Turn it around up another 10MHz. And again. And again. And again. Run a benchmark, stress test (see above) or game for a few hours and check for stability issues as well as performance improvements. At some point, Windows may freeze or restart: this is your limit. Go 10-20MHz below that limit. If you overclock so close to the point of failure, you’ll hit a wall after hours of gaming.
For example, our Titan Xp runs great at +200MHz core clock, but it gets very hot after 2-3 hours of Final Fantasy 15 or Witcher 3 in 4K. So we normally run at 170MHz for safety. That 30MHz is something we didn’t really notice, but we *realized* a glitch – and so did our neighbors when we yelled profanity at 3am. In German. Once you find a stable core clock, do the same with the memory clock. Not at the same time though, or you don’t know what the problem is if something goes wrong.
Increase the power limit
Once you’ve hit your wall, you can go the conservative (aka boring) path and say “OK, that’s enough, I’m happy”. Or you could trigger up the Power Limit and Temperature Limit toggle in MSI Afterburner and see what happens. Start your game now. Even without overclocking, you’ll probably notice that the fans can be a little louder and the card won’t reduce its clock as fast or drastically. You can see this using MSI Afterburner’s RivaTuner, which comes with the overclocking tool pack.
Fine tune (again) and test
Now that we’ve unleashed even more power, let’s go back to the good old “boost by 10MHz” trick. Your card will likely go through the previous point of failure. As already mentioned, instead of a meager +100 MHz/200 MHz, we now have a whopping +170 MHz/+450 MHz. Finding the sweet spot took a lot of fine-tuning, so be patient. Once you reach a stable clock, re-compare your system with the 3DMark and Furmark mentioned above. Rate your favorite games too. You’ll see a difference in the numbers – and the actual gameplay.
Final note
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