![]() Due to the aforementioned restrictions, testing multiple devices would require you to run "Stress My GPU" on multiple browsers, each of them using a different GPU (or CPU). So while the stress test can indeed max out your GPU's processing utilization, it has limited ability in pushing every single part of your GPU to its maximum limit all throughout the stress test. ![]() Since "Stress My GPU" is web-based, it's restricted to what the browser you're using thinks is OK for a regular website to do. Does the stress test have any limitations? GPU-based cryptocurrency mining) between different devices. Since the benchmark measures your GPU's or CPU's ability to do highly parallelizable math calculations, it could be useful for quickly comparing the performance of running similar workloads (e.g. The benchmarking tool can be used to measure a GPU's (and CPU's) performance relative to other devices as well as for detecting performance degradation due to inadequate cooling or hardware malfunctions. If you really want to test your computer's fans (or just use your PC as a really expensive heater), you can even stress test the GPU and CPU at the same time. without crashing / blue screening your operating system) and to see how your GPU, CPU and PC handle thermal loads (as in their ability to cool themselves while running at peak performance). The stress testing tool can be useful for checking whether an overclocked GPU is running stable over a longer period of time (a.k.a. I made this since I couldn't find any GPU stress testing software that ran in the browser, without any plugins or executables. It's web-based (using JavaScript and WebGL), meaning there's no installation or downloading needed. I use Arctic Cooling MX-2 which I recommend."Stress My GPU" is a free online GPU (and CPU) stress testing and benchmarking tool. Each and every degree of heat counts while overclocking. Last but not least, the thermal interface you use also plays an important role in overclocking. Couple it with a high CFM 120mm fan and you have a winner at hand. Thermalright and Noctua make some of the best coolers. To ensure you get good overclock and your CPU lasts longer, buy a good CPU cooler. ![]() Increasing the v-core worsens the situation. Anything more than the rated clock speed is only going to increase the temperature. Stock Intel and AMD heat sinks are good for stock clocks. Secondly, get a good third-party CPU cooler if you don’t have one. Never trust those Chinese PSUs as they are not even capable of providing 50% of the total power they are rated at. If you don’t know which one you have, open the cabinet and check for yourself. I have also seen people overclock their processors and stress test without even knowing what PSU they have. If you don’t have one, never try overclocking and stress testing. Using cheap ones will only result in burnt system components. I’m planning to update the post with graphs and show how to analyze them in future.īefore overclocking and stress testing, make sure you have a good power supply (PSU). Check out the manufacturer website to know the maximum temperature your CPU can run at. If you think the CPU gets too hot while stress testing, stop the test and provide more cooling. ![]() If you have done that already and still getting error, you either have to adjust the memory settings or have already reached the OC wall. If you see an error during the stress test, you may have to up the CPU v-core a notch. These graphs report CPU usage, CPU temperature, ripple on power lines and CPU VCore etc. Once the test is over, OCCT will report whether there was any error during the test and also generate very useful graphs.
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