![]() ![]() ![]() However, it dubs itself as being a graphics card ‘utility tool’ because of all of the other features it comes with. MSI Afterburner is another graphics card hardware monitoring tool. With GPU-Z you can monitor the temperatures and load on your GPU, as well as your GPU’s clock speed, onboard memory clock speed, fan speed, and the amount of memory being used among other things. GPU-Z is similar to Core Temp, except that instead of monitoring your CPU, GPU-Z will, obviously, monitor your GPU. And, there are a few different handy plugins available for Core Temp that expand its capabilities, including an add-on that allows you to sync your RGB lights to the temperature of your processor or to its load, and a remote server plugin (for remote access), However, for AMD temperatures it just shows a single temperature for the entire CPU.Ĭore Temp also provides you with some basic info on your processor and tells you the voltage and frequency your CPU is running at as well. If you have an Intel processor, Core Temp will also provide readings for the temperature and load on each individual core on your CPU. Core TempĬore Temp is a nice lightweight CPU monitoring tool that will provide you with real-time CPU temperature readings and load percentages on your processor. ![]() The following tools can be used in unison with the benchmarks listed below in order to give you more information while you benchmark your computer. While running stress tests on your system, it’s a good idea to monitor your system’s temperature and load levels. Which Stress Test Tool Should You Use? Hardware Monitoring Tools to Use While Running Stress Tests If you work with GitHub, you can also add other related widgets, including Pull requests, Assigned to me, Mentioned me, Issues, Review requests, and SSH keychain.5. And the “Memory” widget will reveal more details about the memory usage. If you have multiple network adapters or graphics cards, you will notice an option to switch views to each component. For example, the “CPU” widget allows you to end the top three processes. If you choose the large option, you will be able to view more details and have more functions about a particular component. You can also use the menu (three-dots) button in the widgets to change the size to small, medium, or large. If you want to remove a widget, click the three-dots button and choose the “Unpin widget” option. Quick tip: You can click the Widgets button in the Taskbar or use the “Windows key + W” keyboard shortcut.Ĭlick the Add (+) widgets button in the top-right corner.Ĭhoose the widgets to add, including “CPU,” “GPU,” “Memory,” and “Network.”Īfter you complete the steps, the widgets will appear in the left column. Open Dev Home page in the Microsoft Store. To install the Dev Home app, use these steps: If you want to add the widgets to view system resources, you have to install the Dev Home app, which is available for the stable version of Windows 11 and preview builds. ![]() Add CPU, GPU, RAM, NIC widgets on Windows 11 This guide will teach you the steps to add widgets to monitor system resources on Windows 11. Initially, the app includes four widgets to monitor system resources and additional seven widgets specific to GitHub, and more are planned for future updates. They are part of the new “Dev Home” experience, an app designed for developers to improve the way they set up, test, and build applications, and anyone can install it. However, you don’t need to download these widgets individually to monitor system resources on your computer. On Windows 11, the Widgets board now supports widgets to monitor CPU, GPU, and RAM usage on your computer, and in this guide, you will learn the steps to add them. ![]()
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