--- title: "How To Fix Screen Tearing" canonical: "https://gadgetguides.org/how-to-fix-screen-tearing/" author: "Arian" published: "2026-09-12T21:14:09+00:00" modified: "2026-09-12T21:14:09+00:00" language: "en-US" site: "Gadget Guides" description: "Screen tearing is that ugly horizontal split in your image where the top half of your display shows one frame and the bottom half shows the next. It…" categories: "Help Guide" attribution: "Gadget Guides (https://gadgetguides.org/)" --- # How To Fix Screen Tearing Screen tearing is that ugly horizontal split in your image where the top half of your display shows one frame and the bottom half shows the next. It happens when your graphics card sends frames faster than your monitor can refresh, and the two get out of sync. If you are reading this, you already know how frustrating it is. This guide covers **how to fix screen tearing** based on your exact hardware, not generic advice that might make things worse. The fix depends entirely on what GPU and monitor you own. A 144Hz monitor paired with a DisplayPort 1.4 cable handles G-Sync differently than a 60Hz TV connected over HDMI 2.1. Per VESA Adaptive-Sync testing, the right solution cuts tearing with under 5ms of added latency. The wrong one can double your input lag. Let's walk through the diagnosis so you land on the fix that actually works for you. ## Quick Answer Screen tearing happens when your GPU and monitor refresh rates mismatch. The best fix is Variable Refresh Rate technology. Enable G-Sync if you have an NVIDIA GPU and a compatible monitor. Enable FreeSync if you have an AMD GPU and a compatible monitor. If your setup does not support VRR, cap your frame rate below your monitor's refresh rate. V-Sync works but adds input lag. Use it only for single player games where latency does not matter. ![How To Fix Screen Tearing](https://gadgetguides.org/wp-content/uploads/2026/09/how-to-fix-screen-tearing-mtyvulbx.webp) Image source: Bing (Web (fair-use with source credit)) ## The Real Problem: Why Your Screen Tears (And Why Random Fixes Fail) Your monitor refreshes at a fixed rate. A standard 60Hz monitor draws a new image every 16.7 milliseconds. A 144Hz monitor does it every 6.9 milliseconds. Your graphics card finishes rendering frames at whatever speed the game allows. When the GPU finishes a frame in the middle of a refresh cycle, the monitor starts drawing from the new frame before it finishes the old one. That seam is the tear line you see. The tear always appears horizontally across the screen. It shifts higher when your frame rate is further above the refresh rate. It sits lower when the mismatch is smaller. The location tells you something about your settings, but the core problem stays the same. Your GPU and monitor are not talking to each other. Random fixes fail because they treat symptoms instead of causes. Turning V-Sync on without understanding its limitations can double your input lag. Buying a premium HDMI cable when you already have a working one does nothing. Changing graphics settings in one game might help but leaves you tearing in every other title. The fix has to match your hardware combination. The most common mistake is enabling both V-Sync and a frame rate cap at the same time. The two conflict and produce stutter worse than the original tearing. The second most common mistake is assuming any monitor labeled "FreeSync" works perfectly with every NVIDIA card. Many require manual activation in the monitor's on screen display menu. Some budget models only support FreeSync over DisplayPort, not HDMI. ## Quick Decision Guide: Pick Your Fix Based on Your Setup You need to answer three questions before choosing a fix. What GPU do you have. What monitor do you have. What connection cable are you using. Here is the decision tree. ![Adaptive-Sync](https://gadgetguides.org/wp-content/uploads/2026/09/adaptive-sync-mtyvunfq.webp) Image source: Bing (Web (fair-use with source credit)) **If you have an NVIDIA GeForce GPU and a monitor that supports G-Sync**, Your best option is native G-Sync. Enable it in the NVIDIA Control Panel under Set Up G-Sync. Check the "Enable G-Sync, G-Sync Compatible" box. Also check "Enable settings for the selected display model." Then cap your frame rate to 3 FPS below your monitor's maximum refresh rate. For a 144Hz monitor, cap at 141 FPS. For a 240Hz panel, cap at 237 FPS. This keeps G-Sync active and prevents it from disengaging when frame rates hit the ceiling. **If you have an NVIDIA GPU and a FreeSync monitor**, You can still use G-Sync if the monitor is listed as "G-Sync Compatible." Check [NVIDIA's official compatibility list](https://www.nvidia.com/en-us/geforce/products/g-sync-monitors/). If your monitor is on it, enable it through the same NVIDIA Control Panel steps above. If it is not on the list, try enabling it anyway. Many unverified monitors work fine. You may see flickering in menus or loading screens. That is harmless but annoying. If flickering bothers you, switch to Fast Sync instead. **If you have an AMD Radeon GPU and a FreeSync monitor**, Enable FreeSync in the monitor's OSD menu first. Then enable it in AMD Adrenalin Software under Display settings. Check the "AMD FreeSync" box. Cap your frame rate 3 FPS below the monitor's refresh rate inside Adrenalin's frame rate target control. Do not use the in-game frame limiter. AMD's driver level cap is more stable and prevents stutter. **If you have an AMD GPU and a G-Sync monitor**, G-Sync monitors typically do not work with AMD cards. G-Sync uses a proprietary module that requires an NVIDIA GPU. Set the monitor to its standard 60Hz or 144Hz mode without adaptive sync. Use Enhanced Sync in AMD Adrenalin instead. It reduces tearing with lower latency than V-Sync. **If you have a console (PS5 or Xbox Series X|S) and a VRR TV**, Enable VRR in the console's display settings. On PS5, go to Settings, Screen and Video, Video Output, then set VRR to Automatic. On Xbox, go to Settings, General, TV and Display Options, Video Modes, then check "Variable Refresh Rate." Make sure you use an HDMI 2.1 cable for 4K at 120Hz. Older HDMI 1.4 cables cannot carry the bandwidth. **If you have none of the above**, You are stuck with V-Sync or a frame rate cap alone. Use V-Sync for games where input lag does not matter. Use a frame rate cap set to your monitor's exact refresh rate for lower latency. Accept that tearing may still appear occasionally at capped frame rates. ## Fix #1: The VRR Route (G-Sync / FreeSync) — Best for Gamers Variable Refresh Rate technology is the cleanest fix for screen tearing. It lets your monitor adjust its refresh rate in real time to match whatever frame rate your GPU outputs. When the GPU delivers 73 FPS, the monitor refreshes at exactly 73Hz. No mismatch means no tear line. ![G-Sync](https://gadgetguides.org/wp-content/uploads/2026/09/g-sync-mtyvuogt.webp) Image source: Bing (Web (fair-use with source credit)) **G-Sync** is NVIDIA's proprietary implementation. It uses a hardware module inside the monitor that communicates directly with the GPU. The module manages frame timing and overdrive simultaneously. Per NVIDIA's official documentation, G-Sync maintains variable refresh from 1Hz all the way up to the monitor's maximum. That wide range means it handles sudden frame drops better than FreeSync on many budget panels. G-Sync monitors tend to cost more because of the module. They also tend to have superior overdrive tuning that reduces ghosting. **FreeSync** is AMD's open standard implementation. It uses the VESA Adaptive-Sync protocol built into the DisplayPort standard. Because no hardware module is required, FreeSync monitors cost less. The trade off is that FreeSync has a floor. Most FreeSync monitors only maintain sync down to 48Hz. Below that, the monitor locks to its native refresh rate and tearing returns. FreeSync Premium adds Low Framerate Compensation, which multiplies low frame rates to keep them inside the sync window. FreeSync Premium Pro adds HDR support alongside the LFC requirement. **Setting up VRR properly requires three steps.** First, enable the technology in the monitor's own OSD menu. Many monitors ship with FreeSync or G-Sync turned off by default. Second, enable it in the GPU driver. Third, cap your frame rate. The cap prevents the sync from disengaging at high frame rates. Without the cap, a game that runs at 200 FPS on a 144Hz monitor will disengage G-Sync above 144 FPS. Once the frame rate exceeds the monitor's maximum, VRR stops working. You are back to standard operation without any sync. The 3 FPS buffer gives the sync system room to operate without hitting the ceiling. G-Sync and FreeSync work differently in windowed mode. Some older G-Sync implementations only function in fullscreen exclusive mode. Modern G-Sync and FreeSync both support windowed and borderless windowed modes. You need to toggle the setting in the GPU control panel. In NVIDIA Control Panel, check the box for "Enable G-Sync for windowed and fullscreen mode." In AMD Adrenalin, set "AMD FreeSync" to "Fullscreen" or "Fullscreen and Windowed." ## Fix #2: V-Sync and Its Cousins — When to Use Each One V-Sync is the oldest fix for screen tearing. It forces the GPU to wait for the monitor's vertical blanking interval before sending a new frame. The GPU holds completed frames in a queue until the monitor is ready. This eliminates tearing completely because the monitor always shows complete frames. The cost is input lag. V-Sync adds between 15 and 30 milliseconds of delay at 60Hz depending on the implementation. That is the difference between a responsive mouse movement and one that feels slightly delayed. In single player games like RPGs or adventure titles, you may not notice. In competitive shooters, that delay costs you kills. **Triple buffering** improves V-Sync behavior. Standard V-Sync uses double buffering. The GPU writes to one buffer while the display reads from another. If the GPU finishes a frame before the monitor finishes the previous one, the GPU stalls until the buffer swaps. Triple buffering adds a third buffer so the GPU can keep working even when both display buffers are full. This smooths out frame pacing and reduces the stutter you normally get when frame rates drop below the refresh rate. Enable triple buffering in the game's graphics settings if available. Some games call it "Triple Buffered V-Sync." Others hide it under "V-Sync Mode" with options for "On" and "Adaptive." Adaptive V-Sync is triple buffered. **Fast Sync** is NVIDIA's answer to V-Sync without the latency penalty. It works by rendering frames at full speed then dropping the extra frames before they reach the display. The GPU never waits. It just discards frames that would cause tearing. The result is tear free output with latency close to having V-Sync turned off. Fast Sync requires your GPU to produce frame rates significantly higher than your monitor's refresh rate. It works best when you are hitting 120 FPS or more on a 60Hz display. At lower frame rates, Fast Sync does not have enough frames to discard and tearing returns. Enable it in the NVIDIA Control Panel under Manage 3D Settings. Set "Vertical Sync" to "Fast." **Enhanced Sync** is AMD's equivalent. It works the same way. The GPU renders at full speed and drops excess frames. Enable it in AMD Adrenalin under Gaming, Display, then "AMD Enhanced Sync." Like Fast Sync, it needs high frame rates to function well. **The best use case for each sync type** breaks down cleanly. Use G-Sync or FreeSync first if available. Use Fast Sync or Enhanced Sync if you have a high frame rate game and no VRR monitor. Use standard V-Sync only for single player games on a 60Hz display. Avoid V-Sync entirely for competitive multiplayer. ## Fix #3: The Sneaky Cable and Monitor Settings Most People Miss You can have G-Sync enabled in the NVIDIA Control Panel and FreeSync turned on in AMD Adrenalin. You can have your frame rate capped perfectly. And your screen still tears. When that happens, the culprit is almost always a cable or monitor setting you overlooked. **The cable matters more than people think.** DisplayPort 1.2 supports 144Hz at 1080p and 1440p. DisplayPort 1.4 supports 240Hz at 1440p and 120Hz at 4K. HDMI 2.0 supports 60Hz at 4K. HDMI 2.1 supports 120Hz at 4K with VRR. If you use an older cable, it cannot carry enough data for both your resolution and refresh rate plus VRR overhead. The monitor falls back to a lower refresh mode and VRR disengages. Check your cable version. Look for markings printed on the cable itself. DisplayPort cables often have "DP" followed by a version number. HDMI cables sometimes have "High Speed" or "Ultra High Speed" printed on them. If your cable is unmarked, replace it with a certified cable rated for your monitor's full resolution and refresh rate. **Monitor OSD settings are easy to miss.** Many FreeSync monitors ship with the feature disabled in the on screen display. You have to navigate to a settings menu labeled "Game Mode," "Adaptive-Sync," or "FreeSync" and toggle it on. Some monitors require you to disable "Overdrive" or "Response Time" settings for VRR to activate. Others only support FreeSync over DisplayPort, not over HDMI. Check your monitor's manual for the exact menu path. **Dual monitor setups cause hidden tearing.** When you run one monitor at 144Hz and another at 60Hz, the GPU struggles to keep both synced. The faster monitor may tear even with VRR enabled because the GPU is juggling two different timing domains. The simplest fix is to set both monitors to the same refresh rate. If that is not possible, use Fast Sync or Enhanced Sync on the primary monitor. Disable hardware acceleration in your browser to reduce desktop tearing. **Windows display settings can interfere.** The "Hardware-accelerated GPU scheduling" option in Windows 10 and 11 sometimes conflicts with VRR. If you have tearing in desktop applications or browser windows, turn this setting off. Go to Settings, System, Display, Graphics, then click "Change default graphics settings." Toggle "Hardware-accelerated GPU scheduling" to Off. Restart your PC and test again. ## The Frame Rate Cap Trick (The Unsung Hero) A frame rate cap is not a sync technology on its own. It will not eliminate tearing by itself. But when paired with VRR or a sync method, it is the single most important setting you can adjust. Almost every tearing problem that persists after enabling G-Sync or FreeSync comes back to an uncapped frame rate. The rule is simple. Cap your frame rate 3 FPS below your monitor's maximum refresh rate. For a 60Hz monitor, cap at 57 FPS. For 144Hz, cap at 141 FPS. For 165Hz, cap at 162 FPS. For 240Hz, cap at 237 FPS. The 3 FPS buffer ensures VRR stays engaged at all times. It also prevents the GPU from hitting the refresh rate ceiling and disengaging sync. **Where to set the cap matters.** Use the GPU driver's built in frame limiter. In NVIDIA Control Panel, go to Manage 3D Settings and set "Max Frame Rate" to your target number. In AMD Adrenalin, use "Frame Rate Target Control" under Gaming settings. Driver level caps are more consistent than in-game limiters. In-game limiters often have poor frame pacing that introduces micro-stutter even at capped rates. If your game does not respect the driver level cap, use Rivatuner Statistics Server. It is the most precise frame limiter available. Set it to the same 3 FPS below refresh value. Do not run multiple caps at the same time. Having a driver cap and an in-game cap active simultaneously causes frame pacing conflicts that produce stutter. **One exception to the rule.** If you are using V-Sync without VRR, cap your frame rate exactly at your monitor's refresh rate. V-Sync works by locking the GPU to the monitor's refresh cycle. Setting the cap at 60 FPS for a 60Hz display keeps the GPU from trying to render extra frames that V-Sync would have to discard. This reduces input lag compared to running V-Sync with an uncapped frame rate. ## Common Mistakes That Make Tearing Worse **Enabling V-Sync and G-Sync together.** Some users think stacking sync technologies gives double protection. It does not. G-Sync handles frame timing. V-Sync kicks in only when frame rates exceed the G-Sync range. If you have both enabled, V-Sync activates above your monitor's refresh rate and adds latency. Turn V-Sync off in the game settings. Let G-Sync handle everything. **Using an HDMI cable when DisplayPort is available.** HDMI 2.0 supports VRR on some monitors but not all. DisplayPort has built in Adaptive-Sync support from version 1.2a onward. If your monitor has both ports, use DisplayPort. It provides a more stable VRR connection and supports higher bandwidth. **Ignoring the monitor's G-Sync Compatible status.** Not every FreeSync monitor works well with NVIDIA GPUs. Some flicker. Some do not sync properly below certain frame rates. Check the list before buying. If you already own a monitor with problems, use Fast Sync instead. **Running games at uncapped frame rates.** Even with the best sync technology, running a game at 300 FPS on a 144Hz monitor causes frames to stack up. The GPU wastes power and generates extra heat. The monitor never shows those extra frames anyway. Cap your frame rate. Your GPU will run cooler and your tearing will disappear. **Assuming all cables are the same.** A cheap DisplayPort cable bought five years ago may only support DisplayPort 1.2. It cannot handle 144Hz at 1440p with VRR. Replace it with a certified cable rated for your monitor's full specs. The cost is under 15 dollars and it solves a huge category of tearing problems. ## Frequently Asked Questions ### Does V-Sync cause input lag? Yes. V-Sync adds 15 to 30 milliseconds of delay at 60Hz. The GPU waits for the monitor's refresh cycle before sending each frame. Use G-Sync or FreeSync instead if your hardware supports it. ### Can I use FreeSync with an NVIDIA GPU? Yes if the monitor is G-Sync Compatible. Check NVIDIA's official compatibility list. If your monitor is not listed, try enabling it anyway. Many unverified monitors work. You may see flickering in some games. ### Does screen tearing happen on consoles? Yes. PS5 and Xbox Series X|S both support VRR over HDMI 2.1. Enable VRR in the console's display settings. Use a certified HDMI 2.1 cable. Your TV must also support VRR for it to work. ### Why does my screen tear in web browsers? Browser tearing comes from hardware acceleration conflicts. Turn off hardware acceleration in your browser settings. Also disable Hardware-accelerated GPU scheduling in Windows 10 and 11. This stops desktop tearing without affecting game performance. ### Is screen tearing permanent damage? No. Screen tearing is a visual artifact. It does not damage your monitor or GPU. It is simply a timing mismatch between the two devices. Switching to the correct sync technology eliminates it instantly. ### What is the best all around fix for screen tearing? G-Sync or FreeSync with a frame rate cap set 3 FPS below your monitor's refresh rate. That combination eliminates tearing with the lowest possible input lag. If your hardware does not support VRR, use Fast Sync for NVIDIA or Enhanced Sync for AMD.