There is a special kind of ugly that shows up during fast camera movement in games: a horizontal line rips across your screen, with the image above and below it visibly out of sync for a split second. That is screen tearing, and if you are wondering how to fix screen tearing in games, the good news is that it is one of the easiest PC gaming problems to solve — most fixes take under two minutes.
Tearing happens when your graphics card and your monitor fall out of step with each other. This guide explains why it happens and walks through every reliable fix, from the classic V-Sync toggle to modern variable refresh rate technology, so you can pick the option that fits your hardware.
Quick Answer
The fastest way to fix screen tearing in games is to turn on V-Sync in the game’s graphics settings — it forces your GPU to deliver frames in sync with your monitor’s refresh cycle, which eliminates tearing immediately. If your monitor supports G-Sync (NVIDIA) or FreeSync (AMD), enable that instead: it removes tearing without the input lag that V-Sync can add. Also confirm Windows is actually running your monitor at its full refresh rate, and consider capping your frame rate just below the refresh rate for the smoothest result.
What Causes Screen Tearing in Games
Your monitor redraws its image at a fixed rhythm — 60 times per second on a 60Hz panel, 144 times per second on a 144Hz panel. Your GPU, meanwhile, renders frames as fast as it can, on its own schedule. When the GPU sends a new frame to the monitor in the middle of a refresh cycle, the monitor displays half of the old frame and half of the new one. That visible split is the tear.
This is why tearing is worst when your frame rate is much higher than your refresh rate — say, a game running at 200 FPS on a 60Hz monitor — and why it shows up most during fast horizontal camera pans, where the two halves of the frame differ the most. It is purely a synchronization problem: your hardware is fast enough, it is just not coordinated. The Wikipedia article on screen tearing has a good technical breakdown if you want the full detail.
How to Fix Screen Tearing in Games
1. Turn on V-Sync in the game’s settings
V-Sync (vertical synchronization) is the classic fix and it is built into nearly every game. It tells the GPU to wait for the monitor’s refresh cycle before sending each frame, so partial frames never reach the screen and tearing disappears completely. The trade-off is input lag: because frames are held back to match the refresh rhythm, your mouse and keyboard inputs can feel slightly delayed, and if your frame rate drops below the refresh rate, V-Sync can cause noticeable stuttering as it locks to fractions like 30 FPS on a 60Hz display. For single-player and story-driven games, this trade-off is usually invisible. For competitive shooters, read the alternatives below first.
2. Enable G-Sync or FreeSync (variable refresh rate)
If your monitor supports it, variable refresh rate (VRR) is the better answer. Instead of forcing the GPU to match the monitor, VRR lets the monitor match the GPU — the panel refreshes the instant each frame is ready. You get zero tearing and no V-Sync-style input lag, and it works across the whole frame rate range instead of locking to fixed steps. Check your monitor’s on-screen menu to enable its adaptive sync feature, then turn on G-Sync in the NVIDIA Control Panel or FreeSync in AMD Software. Most modern monitors support at least one of the two, and many support both.
3. Make sure Windows is using your monitor’s full refresh rate
This one catches more people than you would expect. A 144Hz or 165Hz monitor will often default to 60Hz in Windows until you change it manually — and at 60Hz, tearing and judder are far more visible. Follow our guide on how to enable the correct monitor refresh rate to check and fix this in Display Settings. A surprising number of “tearing” complaints turn out to be a high-refresh monitor running at 60Hz.
4. Cap your frame rate at or just below the refresh rate
Letting your GPU render unlimited frames it will never display wastes power and makes tearing worse. Use the in-game frame rate limiter (preferred) or your GPU control panel to cap FPS at your refresh rate — or 2–3 FPS below it if you use G-Sync/FreeSync, which keeps VRR engaged and avoids the ceiling where V-Sync behavior kicks in. To see your live frame rate while you tune this, check our guide on how to check FPS in PC games.
5. Use the right cable and port
VRR features like G-Sync and FreeSync need a proper digital connection to work. DisplayPort is the safest choice on PC — it supports the full feature set on virtually every monitor. HDMI works too, but only HDMI 2.1 (or HDMI 2.0 with VRR support) carries variable refresh rate reliably, and older HDMI versions can silently disable it. If adaptive sync is not showing up as an option, the cable is a prime suspect. Our HDMI vs DisplayPort for PC gaming comparison covers exactly which combinations support what.
6. Try exclusive fullscreen instead of borderless windowed
In borderless windowed mode, Windows’ desktop compositor sits between the game and the screen. The compositor applies its own form of sync, which usually prevents tearing but adds a frame of latency — and in some configurations it can interfere with G-Sync/FreeSync. If tearing persists despite your settings, switch the game to exclusive fullscreen and test again. The reverse is occasionally true on laptops with hybrid graphics, so try both if the first does not help.
7. Consider Fast Sync or Enhanced Sync as a middle ground
NVIDIA’s Fast Sync and AMD’s Enhanced Sync are designed for the high-FPS scenario: your GPU renders uncapped, but only complete frames are sent to the display. You get tear-free visuals like V-Sync with noticeably less input lag — though they work best when your frame rate is well above the refresh rate, and they can introduce micro-stutter if your FPS hovers near the refresh rate. They live in the NVIDIA Control Panel and AMD Software respectively, under the V-Sync options.
V-Sync vs G-Sync vs FreeSync: Which Should You Use?
| Option | Tearing | Input lag | What you need |
|---|---|---|---|
| V-Sync | Eliminated | Higher — frames wait for refresh | Any GPU and monitor |
| G-Sync / FreeSync (VRR) | Eliminated | Minimal — monitor adapts to GPU | Compatible monitor + NVIDIA/AMD GPU |
| Fast Sync / Enhanced Sync | Eliminated | Low | NVIDIA/AMD GPU, FPS well above refresh rate |
| FPS cap alone | Reduced, not eliminated | Minimal | Any setup |
The simple rule: use G-Sync or FreeSync if your monitor supports it, V-Sync if it does not and you play mostly single-player games, and an FPS cap plus Fast/Enhanced Sync if you play competitively and want the lowest latency. Our guide on how to reduce input lag in PC gaming goes deeper into the latency side of these choices.
Frequently Asked Questions (FAQs)
Does turning on V-Sync lower my FPS?
It caps your frame rate at your monitor’s refresh rate — 60 FPS on a 60Hz monitor, 144 on a 144Hz monitor — because any frames above that would never be displayed anyway. If your system cannot sustain the full refresh rate, V-Sync can drop you to the next clean fraction (like 30 FPS on a 60Hz display), which feels like stuttering. That is the main reason VRR is preferable when available: it adapts instead of stepping down.
Why do I still see tearing with V-Sync turned on?
The usual causes: V-Sync is enabled in the game but forced off in your GPU control panel (the driver setting overrides the game), you are playing in borderless windowed mode where the compositor interferes, or your frame rate limiter is conflicting with the sync. Check the driver-level V-Sync setting first — set it to “Use the 3D application setting” or “On” and retest.
Can screen tearing damage my monitor?
No. Tearing is purely a timing mismatch between frames — it does not stress or harm the panel in any way. It is annoying to look at, but your monitor is completely safe.
My monitor is only 60Hz. Can I still avoid tearing?
Yes — V-Sync works on any monitor regardless of refresh rate, and a simple 60 FPS cap plus V-Sync gives a clean, tear-free image on a 60Hz panel. You do not need a high-refresh or VRR monitor to fix tearing; those just give you smoother motion and lower-latency options on top.
Do I need a special cable for G-Sync or FreeSync?
Usually not a special one, but it needs to be the right standard: DisplayPort works in nearly all cases, while HDMI needs version 2.1 (or 2.0 with VRR support) on both the cable and the ports. Very old or cheap cables can silently fall back to a mode without adaptive sync, so if the option will not appear, swapping the cable is a legitimate troubleshooting step.
Is screen tearing a sign my GPU is too weak?
Quite the opposite — tearing is most common when your GPU is faster than your monitor, pumping out more frames than the panel can display. A weak GPU that cannot reach the refresh rate rarely tears; it stutters instead. If you are unsure which problem you actually have, our complete PC gaming troubleshooting guide helps you tell them apart.
The Bottom Line
Screen tearing looks alarming but it is a five-minute fix: turn on V-Sync for an instant cure, or enable G-Sync/FreeSync for the better, lag-free version if your monitor supports it. Verify your refresh rate is set correctly in Windows, cap your FPS sensibly, and use a proper DisplayPort or HDMI 2.1 connection. Do those and tearing simply stops being something you think about.
Last Updated: 8 October 2026
About the author: Zaviyar Sultan is a UAE-focused writer at Paxi, covering driving, visas, banking, insurance and everyday UAE life. His guides are researched from official UAE government and regulator sources and updated regularly.
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