If you’re regularly encountering high CPU temperatures, there are some steps you can take to try and fix the issue. This is expected, but if temperatures cross 85° C, be concerned. One notable exception: We sometimes see more powerful laptop processors hit the low 80s during gaming sessions when plugged in, at which point they start throttling back performance. Check your hardware for broken fans or dust build-up, and if you’re overclocking, dial back your settings-especially the voltage if you’ve tweaked it. 80° C to 90° C: Now we’re getting too hot for long-term comfort.If you’re not, definitely check to make sure your fans are working and there aren’t dust bunnies clogging up your system’s airflow. 70° C to 80° C: This is hotter than you want to run unless you’re pushing an overclock.Consider cleaning the dust out of your PC if CPU temperatures continue to creep up over time. 60° C to 70° C: Still running fine, but getting a bit warmer.Go to C:Program FilesNVIDIA CorporationNVSMI and find nvidia-smi.exe. Instead, follow this general rule of thumb regarding CPU temperatures under load. Nvidia GPU users will find running the nvidia-smi.exe command is an easy way to view CPU and GPU temps in just a few steps. Running anywhere near that hot regularly is bad for the long-term life of your hardware. We’ve included information on how to do that after the software recommendations below.īut that’s the maximum temperature-the point at which your processor freaks out and shuts down to avoid damage. With that info in hand, you’ll know whether you’ll need to take more active steps to cool things down. Fortunately, several free programs exist that make it easy to see your processor’s temperature. You could dive into your system’s BIOS to find the information, but that’s a lot of hassle to find a simple sensor reading. Melting one of the best CPUs around is always a bummer.īizarrely, Windows doesn’t offer any way to check your computer’s CPU temperature. Keeping tabs on your CPU temperatures is crucial when you’re overclocking your PC’s processor, too-you don’t want to accidentally push the performance pedal too far to the metal when you’re supercharging your pricey 6GHz Intel Core i9-13900KS or AMD Ryzen 9 7950X3D, after all. Keep in mind that you must include a copy of the license in your project.Is your computer’s CPU too hot? If your PC starts spontaneously shutting down, locking up, or acting sluggish during intense tasks, overheating could be the issue, especially when the intense summer heat is scorching. You can use it in private and commercial projects. LibreHardwareMonitor is free and open source software licensed under MPL 2.0. Restart your IDE with admin privileges, or add an app.manifest file to your project with requestedExecutionLevel on requireAdministrator. Some sensors require administrator privileges to access the data. Add the LibreHardwareMonitorLib NuGet package to your application.If you have any suggestions or improvements, don't hesitate to create an issue. For many manufacturers, the way of reading data differs a bit, so if you notice any inaccuracies, please send us a pull request. You can check if it works properly on your motherboard. The LibreHardwareMonitor team welcomes feedback and contributions! Otherwise, you can download the latest nightly build here. If you have a GitHub account, you can download nightly builds here. You can download the latest release here. You can read information from devices such as: Library that allows you to use all features in your own application Windows Forms based application that presents all data in a graphical interface Libre Hardware Monitor, a fork of Open Hardware Monitor, is free software that can monitor the temperature sensors, fan speeds, voltages, load and clock speeds of your computer.
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