![]() Select Vertical Sync and choose to either enable or disable the option.Click Manage 3D Settings > Vertical Sync in the left-hand panel.Open the Windows Start menu and navigate to the NVIDIA Control Panel app.If you have a NVIDIA graphics card, you can enable (or disable VSync) by doing the following: How To Enable & Disable VSync On Windows 10 You can prevent this from happening by enabling VSync in your manufacturer’s settings menu. In games like these, an out-of-sync frame rate can put a tremendous amount of strain on the monitor. This is especially true if you often play fast-paced games (like first-person shooters). This might mean reducing the frame rate in your game slightly, but should improve the overall experience. Restricting the frame rate and ensuring that both the GPU and monitor matches it helps to ensure that the picture is smooth. It isn’t strictly necessary for you to enjoy gaming, but it can help to solve problems like this from occuring. This is what causes distortions, like screen tearing, from appearing on your screen. Is VSync Necessary For Gaming?īy synchronizing the frame rate used by your GPU and your monitor, you can help prevent your monitor from being completely overwhelmed by instructions it can’t handle. Smooth VSync subtly lowers the frame rate of a game and only increases the frames-per-second if the performance sustainability transitions above the monitor’s rate. This is where two GPUs are used at once on a single PC. Smooth VSync is designed to reduce stutter when both VSync is enabled and a Scalable Link Interface (SLI) is active. Unfortunately, Fast Sync only works with a GTX 900 series graphics card or a 10-series GPU. Some gamers prefer to keep VSync disabled because latency levels can end up soaring above 100ms, which Fast Sync can help to overcome. NVIDIA’s Fast Sync can do an incredible job at preventing all screen tearing and input lag, achieving this while keeping latency to a minimum. Basic VSync functionality can struggle to overcome this problem. It does, however, work harder than VSync to prevent performance lag caused by varying refresh rates. Many of these offer the same functionality, but may work with slightly distinctive features (depending on the manufacturer).įor instance, NVIDIA’s Adaptive VSync functions similarly to VSync by limiting the frames per second output to match the refresh rate of a monitor. VSync is the technology, but there are a few alternative brand names that you might come across. A monitor at 60Hz will be able to show up to 60 FPS (frames per second). ![]() The maximum number of frames a graphic processor can produce is linked to its refresh rate. The monitor needs to keep up with the number of frames being produced by the graphic processor. ![]() The graphic processor will output a set number of frames per second (FPS), depending on your system performance and game requirements. You can think of this as being like a flipbook, creating the illusion of movement. When a graphic processor is asked to render a scene, it tells the monitor to stitch the individual frames of a scene together, creating the smooth video display you’ll see. This can help to prevent screen tearing and other visual disruptions in the graphics of a game, ensuring a smooth visual experience. VSync, otherwise known as Vertical Syncronization, is designed to create a smooth experience for gamers by matching the frame rate used in-game with the frame rate that your monitor supports. Let’s dive into the basics of VSync, explaining exactly what it is, whether you need it, and how to enable it in Windows 10. If this has happened to you, you might be interested to know that technology exists to combat it called VSync. ![]()
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