Consider resetting the factory overclock. Reset the overclock and check the temperature. Some users overclock them for better performance, which often leads to overheating. The other common reason a GPU can be hot when idle is overclocking. You can close all running programs and background processes by following these guides for Windows and Mac. For example, you may have a design-heavy website or an ultra-high-definition video in any browser tabs.ĭemanding apps or software may be running even though you are not working on your computer.Ĭlose all the tabs, apps, and background processes, and check if the GPU is still unusually hot. Check for background applications and tasksĬheck if you have graphics-intensive tasks running in the background. Thus, your GPU and other components, such as the CPU, can get hot at idle. When the rotation per minute (RPM) of one or all the fans in the cabinet is restricted, there is a direct adverse impact on cooling. Check the fan speedĬheck if you have capped the fan speed using any software. In general, your GPU should not be hot when it is idle. Undoing these or restoring the default settings can solve the overheating issue. Your GPU could be hot while idle due to improper fan speed settings, graphics-intensive processes, software running in the background, and voluntary or involuntary overclocking. Reading about causes and fixes will help you get some excellent starting points to keep your cards cooler. You can implement many things to help keep your GPU or graphics card cooler. But this level of temperature expectation may not be for everyone. Personally, I don’t like my desktop graphics card’s GPU to exceed 149☏ (65☌) too often. The ideal GPU temperature is below 176☏ (80☌), even if you are playing a graphics-intensive game. If you are using a personal desktop computer or a laptop, be it for gaming or other graphics-intensive tasks, the usual temperature range is 149☏ to 185☏ (65☌ to 85☌). It is not unusual for some, especially the high-end graphics cards and data center processors, to reach temperatures ranging from 212☏ to 221☏ (100☌ to 105☌) or beyond. There will be no heat without resistance, which means the hardware is faulty and not working. The hardware poses resistance when electricity runs through the chips and circuits in the processor. It is normal and also necessary for the GPU to get hot. Hard disk drive or solid-state drive (HDD/SSD).Īmong these, the CPU and the GPU generate the most heat.Motherboard components like the northbridge and southbridge chipsets.Five integral hardware components in desktop computers and laptops generate substantial heat.
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