Screen tearing in video games happens when your monitor shows parts of two or more frames at the same time. The result is a visible horizontal split that can make motion look jagged, especially when you pan the camera quickly. The good news: once you understand why it happens, the right screen tearing fix is usually straightforward.
What is screen tearing in video games?
Screen tearing is a visual artifact caused by poor timing between your graphics card and your display. Your GPU keeps rendering new frames, while your monitor refreshes at a fixed or variable rhythm. If the GPU sends a new frame while the monitor is still drawing the previous one, the display may show the top portion of one frame and the bottom portion of another.
That mismatch is easiest to notice in fast movement. First-person shooters, racing games, action titles, and open-world games with quick camera turns tend to reveal it more clearly than slower games. You might see one large tear line across the screen, several smaller breaks, or a subtle “stair-step” effect during motion.
How to check: Use a repeatable camera pan across door frames or building edges. Look for a horizontal discontinuity between parts of the moving scene. Compare the same movement after changing one synchronization setting; this is a suggested diagnostic procedure, not a reported benchmark.
Screen tearing in video games is not the same as low frame rate, stutter, or motion blur, although they can appear together. Low frame rate makes animation feel choppy because fewer frames are being displayed. Stutter feels like uneven pacing, where motion pauses or jumps. Motion blur softens movement intentionally or because of display response time. Tearing, by contrast, is a synchronization issue: frames are arriving at the wrong moment.
It can also happen even on powerful hardware. A high-end graphics card may produce more frames than the monitor can cleanly display, while an older system may fluctuate so much that timing becomes inconsistent. In both cases, the visible symptom can be the same: broken-looking motion.
What causes screen tearing in video games?
What causes screen tearing in video games is a timing conflict between frame output and display refresh. Your monitor refreshes its image many times per second, while your GPU renders frames as fast as the game, settings, and hardware allow. When those two processes are not aligned, the monitor may begin showing a new frame before it has finished scanning out the previous one.
Check synchronization first: Record the monitor refresh rate, active V-Sync setting and whether variable refresh rate is actually enabled. Tearing can happen below, at or above the refresh rate when presentation is unsynchronized. An FPS cap alone does not guarantee a tear-free picture.
The most common causes include:
FPS exceeding the monitor’s refresh rate If a game runs at 180 FPS on a 60Hz monitor, the GPU is producing far more frames than the screen can present in complete refresh cycles. Without synchronization, the display may catch parts of different frames during a single scan.
V-Sync being disabled V-Sync, short for vertical synchronization, tells the GPU to wait for the monitor’s refresh cycle before presenting the next frame. When it is off, latency can feel lower, but tearing becomes more likely because frames are delivered immediately instead of being timed to the display.
Unstable frame pacing Tearing is not only about average FPS. A game can report a high average frame rate but still deliver frames unevenly. If frame times jump around, the monitor receives frames inconsistently, which can make tearing, stutter, or both more visible.
Incorrect refresh rate settings Many players buy a 120Hz, 144Hz, 165Hz, or 240Hz monitor but accidentally leave the operating system set to 60Hz. In that case, the game may be rendering quickly, but the display is not actually refreshing at its intended speed.
Borderless windowed mode quirks Some games behave differently in fullscreen, borderless windowed, and windowed modes. Depending on the operating system, graphics driver, and game engine, one mode may handle synchronization better than another.
Variable refresh rate not working properly Technologies such as adaptive sync are designed to match the monitor’s refresh behavior to the GPU’s frame output. However, they only help when enabled correctly and used within the display’s supported range. If the frame rate drops below or rises above that range, tearing may return.
Driver, cable, or display configuration issues Outdated graphics drivers, the wrong monitor input, unsupported cable bandwidth, duplicated displays, or unusual multi-monitor setups can all complicate refresh behavior. These are not always the first things to check, but they matter when basic fixes do not work.
Start by checking the active display mode and synchronization path. A frame cap controls output rate; V-Sync and variable refresh control how frames are presented relative to the display. Choose the supported combination for your monitor and game, then assess tearing and control response separately.
Practical screen tearing fix options
The best screen tearing fix depends on what you value most: smoothness, low input latency, or visual consistency. Competitive players often prefer lower latency, while single-player players may prioritize a clean image. The right setup is usually a balance rather than one universal setting.
Compare one change: Repeat the same camera movement after changing one setting, then restore the baseline to check the result. Changing V-Sync, the limiter and display mode together makes the outcome difficult to explain.
Choose the fix for your display
| Display and priority | What to check |
|---|---|
| Fixed refresh, tear-free priority | Compare V-Sync on. Judge responsiveness and frame delivery; a matching FPS cap alone is not a synchronization mechanism. |
| Compatible VRR display | Confirm VRR is active, then follow the game and GPU vendor guidance for V-Sync and any below-ceiling limit. |
| Minimum delay, tearing acceptable | Compare V-Sync off with the supported latency feature. Accept that visible tears may remain. |
NVIDIA's system latency guide describes the trade-off between uncapped Reflex play and supported G-SYNC, V-Sync and Reflex configurations. Keep that advice attached to compatible hardware and games instead of treating it as a universal recipe.
If generated output makes the FPS counter difficult to interpret, our frame generation guide explains the distinction between rendered and generated images. For the first tearing comparison, record which generation and synchronization features are active.
Start with this practical checklist:
Confirm your monitor refresh rate in system settings. Make sure the display is actually set to its advertised refresh rate, not a lower default.
Compare supported display modes. Fullscreen and borderless behaviour depends on the game, Windows presentation path and driver. Keep other settings fixed while comparing; exclusive fullscreen is not a universal requirement.
Enable V-Sync for a simple fix. This often removes tearing, though it may add input latency or cause stutter if FPS falls below the refresh rate.
Use a cap for a defined purpose. A limiter can reduce unnecessary output or help keep a compatible VRR setup below its upper boundary. It does not synchronize a fixed-refresh display by itself. Check whether the game's supported setup already applies an automatic limit.
Use adaptive sync if your monitor and GPU support it. Enable the feature in your monitor menu, graphics control panel, and sometimes inside the game.
Lower demanding graphics settings if FPS is unstable. Shadows, ray tracing, crowd density, volumetrics, and heavy anti-aliasing can cause frame-time spikes.
Update graphics drivers when problems persist. Driver updates can improve presentation behavior, game profiles, and display compatibility.
Check the cable and port. Use a connection that supports your monitor’s resolution and refresh rate, such as the appropriate DisplayPort or HDMI version for your setup.
For many players, the cleanest approach is adaptive sync plus a sensible FPS cap. For example, if your monitor supports high refresh rates, keeping the game inside the variable refresh range can preserve smoothness without the heavier latency penalty some players feel with traditional V-Sync. If adaptive sync is unavailable, V-Sync with a stable frame rate is still a reliable option for slower-paced games.
If you are playing competitive shooters, test carefully before leaving V-Sync on. It can make the image look cleaner, but some players notice extra input delay when aiming or reacting quickly. In that case, an FPS cap, higher refresh rate, or adaptive sync setup may feel better than traditional synchronization alone.
For single-player games, visual stability is often worth a small latency tradeoff. Tearing can be distracting in cinematic games, third-person adventures, and racing titles where smooth camera movement matters. Turning on V-Sync or adaptive sync can make the experience feel more polished, especially when your frame rate is already close to the monitor’s refresh rate.
A smart troubleshooting order looks like this:
Set the correct monitor refresh rate.
Test the game with V-Sync off and note the tearing.
Choose the appropriate synchronization path for a fixed-refresh or VRR display.
Enable adaptive sync if available.
Try V-Sync if tearing remains.
Switch between fullscreen and borderless modes.
Reduce settings that cause frame-time spikes.
Update drivers and review cable support if nothing changes.
This order moves from simple configuration checks to deeper fixes. It also keeps you from masking the real issue. For example, lowering graphics settings may help unstable frame pacing, but it will not solve a monitor accidentally locked to the wrong refresh rate.
Ultimately, screen tearing in video games is a synchronization problem, not a sign that your system is automatically weak or broken. Once you know what is screen tearing in video games and how refresh timing works, you can choose a fix that matches the way you play. Start with refresh rate, FPS limits, and sync settings, then fine-tune from there for a smoother, cleaner gaming experience.