How to examine the Temperature of GPU in Windows 11 – Guide
Your gaming PC’s graphics card, also known as the GPU, is one of its most important elements, and you need to constantly check its temperatures to ensure long life. Temperature is the main factor affecting its degradation, and you want it to last for a long time – especially in today’s market, where even the best video cards aren’t cheap. Luckily, keeping your temperatures under observation is not a difficult task and can be mastered in just a few moments with useful tools. But there are a few other things to keep in mind, so let’s take a look at that.
How to check your graphics card temperature
Microsoft has finally answered our prayers with the Windows 10 May 2020 update, adding a GPU temperature monitoring tool to Task Manager. Sure, it took 24 years, but it’s here now! To see how your graphics card is working, open Task Manager by pressing Ctrl + Shift + Esc, pressing Crtl + Alt + Delete and selecting Task Manager, or by right-clicking on the Windows Start menu icon and selecting Manager task. Once logged in, simply go to the Performance tab and look for the current GPU temperature listed in the GPU section as shown in the image above. This works only if you have the Windows 10 May 2020 update or a newer version of Windows installed; older versions do not have this capability. it’s a skeleton feature, showing only the current temperature rather than tracking it over time. It can also be annoying to keep the Task Manager open while you’re playing games or setting an overclock. While we are very happy to see the option finally included in Windows itself, third-party tools offer more robust GPU temperature options. Read alternatives if you need more energy.
Other GPU Temperature Monitoring Tools
If you are running an AMD Radeon graphics card with an up-to-date version of the Radeon Settings application, controlling the graphics card temperature is simple. AMD’s Radeon Overlay provides useful tools for adjusting the game’s visual settings when you invoke it. It also includes a performance monitoring tool that displays GPU temperature and other crucial information as you play. To activate the tool, invoke Radeon Overlay by pressing Alt + R and select which performance aspects you would like to keep in the Overlay Performance Monitoring section. after defined up, You can bring up the performance monitoring tool alone by pressing Crtl + Shift + 0. What if you’re not playing a game? You can still check the temperature of your Radeon GPU by entering the Wattman overclocking tool under Radeon Settings. Right click on the Windows desktop, select Radeon Settings and go to Gaming > Global Settings > Global Wattman. After promising not to explode up your graphics card if you wildly overclock it with the tool, you’ll have access to Wattman, which tracks GPU temperature and other important statistics in graphical form. But what if you’re not packing Radeon hardware? Nvidia’s GeForce graphics comprise 75 percent of all GPUs on gaming PCs, according to Steam Hardware Research. After years of ignoring performance overlays, Nvidia’s GeForce Experience software now includes these metrics, including the crucial GPU temperature, though it involves skipping a few more hurdles for now. To enable it, make sure you have GeForce Experience installed. Once you are, open it up and click the gear icon next to its name to open Settings. Activate the “In-Game Overlay” option. Click the Settings button, in the overlay that appears, select HUD Layout > Performance > Advanced and select where you want the overlay to appear on the screen. You’ll see the overlay appear in the chosen location with several visible metrics, including GPU temperature. Press Alt + R to invoke or dismiss the GFE performance overlay at will once you configure it up. Many video card manufacturers also offer specialized software that allows GPU overclocking. These tools often include persistent on-screen display (OSD) options that show your graphics card’s most critical measurements, similar to AMD’s Radeon Overlay. Tons are available, but we tend to recommend MSI’s Afterburner tool for its versatility. This very popular utility works with Nvidia GeForce and AMD Radeon graphics cards, and provides several features players are welcome. If you prefer a more polished looking app, we love EVGA’s Precision X1 which has been revised from the start up for the launch of Nvidia’s new GeForce RTX 20 series graphics cards. It’s very good, although EVGA’s software only works with Nvidia branded video cards. You’ll need to delve into the configuration options of each of these programs to activate and tune their OSD performance monitoring tools, which are very useful when you’re trying to aggressively overclock. As with tools from AMD and Nvidia, you can also open Afterburner and Precision X1 outside of games to check the graphics card temperature outside of games. What if you’re not a gamer or don’t mind checking the GPU temperature in-game? So you’ll want to install hardware monitoring software that connects to your system’s temperature sensors. HWInfo is our must-have monitoring program because it gives you a snapshot of just about every aspect of your PC (click the Sensors icon to see the temps), but SpeedFan and Open Hardware Monitor are solid options too. Open Hardware Monitor also supports Linux. If the sparse, information-dense appearance of these enthusiast-focused applications doesn’t work for you, NZXT’s excellent CAM software performs the same task, even if you don’t have any NZXT hardware on your PC. It offers a simple, practical and useful aesthetic. mobile application for remote monitoring, but you will need to create an account to use CAM.
Final note
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