The colors in the CPU chart correspond to the colors in the Summary tab, at the bottom of the Performance panel. In general, the higher the green bar, the higher the FPS.įigure 5: The FPS chart, outlined in blueīelow the FPS chart you see the CPU chart. Whenever you see a red bar above FPS, it means that the framerate dropped so low that it's probably harming the user experience. ![]() Users are happy when animations run at 60 FPS. The main metric for measuring the performance of any animation is frames per second (FPS). Once you've got a recording of the page's performance, you can measure how poor the page's performance is, and find the cause(s). Don't worry, it'll all make more sense shortly. Wow, that's an overwhelming amount of data. DevTools stops recording, processes the data, then displays the results on the Performance panel. DevTools captures performance metrics as the page runs.Ĭlick Stop. Take a recording in the Performance panel to learn how to detect the performance bottleneck in the un-optimized version. Why is that? Both versions are supposed to move each square the same amount of space in the same amount of time. When you ran the optimized version of the page, the blue squares move faster. The blue squares move slower and with more jank again. If you add too many blue squares, you're just going to max out the CPU and you're not going to see a major difference in the results for the two versions.Ĭlick Un-Optimize. Learn about deploying Windows 10 in S mode, a configuration of Windows 10 Pro that offers a familiar, productive Windows experience that’s streamlined for security and performance.īuild IoT Core devices, applying apps, drivers, and settings to new devices.Note: If you don't see a noticeable difference between the optimized and un-optimized versions, try clicking Subtract 10 a few times and trying again. Get started with the Windows Performance step-by-step guidesįor desktop PCs, learn strategies to build a set of images for specific markets to meet different customers' needs. Get started with the Windows Hardware Lab KitĪnalyze system and application performance using the Windows Performance Toolkit. Test your hardware with the Windows Hardware Lab Kit. Get started with the Test Authoring and Execution Framework (TAEF) Share your tests across disciplines and teams. ![]() ![]() Write and run test automations with the Test Authoring and Execution Framework (TAEF). Test system components for compatibility and performance Get started with Universal Windows drivers.UMDF and KMDF templates are included in Visual Studio to help you get started. Learn fundamental concepts about drivers.Ĭreate a single driver that runs across multiple device types, from embedded systems to tablets and desktop PCs. Our guidelines explain the requirements to implement Windows features like Cortana, Windows Hello, Touch, Windows Pen, and Continuum.Ĭustomize Windows images to reflect your brandįor desktop PCs, you can use your existing settings file (Unattend.xml) to add settings during Windows installation. Understanding the difference between minimum and optimal hardware requirements will ensure the best usability and performance. Design hardware with the latest featuresīuilding a great Windows 10 or Windows 11 device starts with selecting the right components. See Kits and tools overview to learn how our kits and tools enable you to work with Windows.
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