What Is Screen Tearing and How to Fix It

§01What does screen tearing actually look like?

Screen tearing shows up as a visible horizontal (sometimes diagonal) line across the screen, above and below which the image doesn’t quite match up. It’s most obvious during fast camera movement — panning across a landscape, spinning in a shooter, or a car racing past scenery.

In slower or static scenes it can be almost invisible, which is why some players insist they’ve “never seen it” while others find it constantly distracting. It’s not a hardware fault or a damaged cable; it’s a timing mismatch, and it comes and goes depending on what’s happening on screen.

§02Why does screen tearing happen in the first place?

Screen tearing happens because your display refreshes itself on a fixed schedule, but your graphics card finishes rendering frames at irregular intervals. When a new frame is only half-drawn to the screen’s memory buffer at the moment the display refreshes, you see the old frame and the new frame stitched together.

A display — whether it’s a TV, a monitor, or a handheld’s built-in screen — redraws its image at a steady rate. A graphics card or console GPU, on the other hand, produces frames as fast as the game and hardware allow, which is rarely a perfectly steady rate. Some frames take longer to render than others, depending on how much is happening on screen.

Without any coordination between the two, the display just grabs whatever is sitting in the frame buffer the instant it needs to refresh — even if that buffer is only partway through being overwritten with a new frame. The result is a frame built from two different moments in time, and that’s the tear you see as a line.

This is a fundamentally different issue from controller drift or other hardware wear — tearing is about timing, not damage, and it can appear on a brand-new console or PC just as easily as an old one.

§03Is screen tearing worse on PC or console?

Screen tearing can happen on both, but it’s historically been more common and more visible on PC, because PC games often run frame rates that don’t line up neatly with a monitor’s refresh rate. Consoles frequently manage this internally, though it still shows up, especially in demanding or unoptimized games.

On PC, the graphics card is trying to push out as many frames as the hardware can manage, and that number changes constantly based on what’s on screen. A monitor with a fixed refresh rate has no way to match that, unless something steps in to coordinate them.

Consoles are a more closed system — the developer knows exactly what hardware the game is running on, so many console games are built to target a rate the display can handle cleanly. That’s part of why frame rate choices matter so much in how a game actually feels; our guide on why frame rate matters more than resolution goes into that trade-off in more detail. Even so, console games can and do tear, particularly in open-world titles with a lot of scenery to render at once.

§04What is V-Sync and how does it stop tearing?

V-Sync (vertical sync) is a setting that forces the graphics card to wait and only send a completed frame to the display at the moment the display is ready to refresh. This eliminates tearing because the display never receives a half-finished frame, but it can introduce input lag and stutter if the frame rate can’t keep up.

V-Sync has been a standard graphics option for decades, and it works by essentially holding a finished frame in a buffer until the display’s refresh cycle asks for it. The trade-off is that if your graphics card can’t consistently hit the display’s refresh rate, V-Sync can cause the frame rate to drop in visible steps, or introduce a slight delay between an input and what appears on screen.

That’s why V-Sync alone isn’t considered a perfect fix by most PC gamers — it solves tearing but can create a different kind of unpleasant feel, particularly in fast, competitive games where responsiveness matters.

§05What are G-Sync and FreeSync, and are they better?

G-Sync and FreeSync are variable refresh rate (VRR) technologies that let the display itself change its refresh rate to match whatever the graphics card is producing, frame by frame. Because the display is always in step with the GPU, tearing is prevented without the input lag penalty that traditional V-Sync can cause.

Nvidia developed G-Sync and AMD developed FreeSync, and for a long time they only worked with graphics cards from their respective companies paired with monitors that had the matching hardware built in. That’s loosened over time, and many modern monitors and TVs support variable refresh rate more broadly, often labelled under the general industry term VRR.

Whether a display supports this properly, and how well, is closely tied to the video connection it uses — our explainer on what HDMI 2.1 is and whether it matters for gaming covers why the cable and port standard matters here, since VRR over HDMI needs a specific version of the standard to work at all.

For PC gamers building or upgrading a setup, whether the graphics card even supports these features is a genuine consideration — see our guide on the difference between a graphics card and integrated graphics for how that choice affects what’s possible on a display.

§06Do consoles have their own version of this fix?

Yes. Recent-generation consoles support variable refresh rate when paired with a compatible TV, which lets the console and display sync frame delivery much like G-Sync or FreeSync does on PC. Older consoles generally relied on the game itself capping its frame rate or using V-Sync internally.

This is one of the areas where a TV genuinely matters for the console experience, separate from resolution. A television can support 4K and still lack VRR support, and a lower-resolution display with VRR can feel smoother in motion than one without it. Our piece on whether you need a 4K TV for a modern console touches on how resolution and smoothness are separate questions that shouppers often conflate.

Whether a specific console generation supports VRR, and how it’s implemented, has varied — it’s worth checking a console’s own specifications rather than assuming, since this is one area manufacturers have added or changed via system updates over a console’s lifespan.

§07Can capping the frame rate fix tearing without VSync or VRR?

Yes, to an extent. Setting an in-game frame rate cap slightly below your display’s refresh rate reduces the chances of the graphics card producing frames faster than the screen can show them, which is one of the main causes of tearing. It’s not a perfect fix, but it’s a low-cost one that avoids V-Sync’s added input lag.

Many PC games include a built-in frame rate limiter in their graphics settings, and some graphics card control panels let you set a global cap across all games. This won’t eliminate tearing entirely in every scene, but it noticeably reduces how often it shows up, and it’s a reasonable option for anyone gaming on a monitor without variable refresh rate support.

§08Does screen tearing affect handheld consoles too?

Handheld consoles can experience screen tearing, though it’s generally less common because handheld hardware and software are usually built and tuned together as a single fixed system. It still happens in demanding games, particularly when a handheld is pushed close to its performance limits.

Handhelds don’t typically offer separate VRR or G-Sync-style hardware the way a gaming monitor might, since the screen and the processor are built into one sealed unit by the manufacturer. Our comparison of what really differs between handhelds and home consoles covers more of what changes when the display and hardware are locked together like this, versus a PC or TV setup where every part can be swapped independently.

§09Is screen tearing a sign something is wrong with my hardware?

No. Screen tearing is a normal side effect of how displays and graphics hardware communicate, not a symptom of failing hardware, overheating, or damage. It’s worth telling apart from other visual problems, like screen artifacts or a console showing signs of thermal stress.

If you’re seeing persistent visual glitches that look more like flickering, discoloration, or the console shutting down under load, that points toward a different issue entirely — our guide on what actually happens when a console overheats covers the warning signs worth checking for. Tearing, by contrast, is purely a timing mismatch between two pieces of hardware doing their jobs correctly but out of step with each other.

§10What’s the simplest way to get rid of it right now?

The simplest fix is turning on V-Sync in the game’s graphics settings, or enabling your monitor or TV’s variable refresh rate feature if both the display and the graphics card or console support it. Between the two, VRR generally gives a smoother result with less added input lag.

For anyone unsure which options their setup actually supports, it’s worth checking the display’s menu settings and the graphics card or console’s own settings menu directly, since VRR needs to be turned on in both places to work. It’s also worth confirming the cable being used supports the necessary bandwidth, particularly for 4K or high refresh rate setups.

Beyond that, general system health matters too — a system running enough RAM for the games it’s running and with the right balance of parts, as covered in our guide on which gaming PC parts matter most for the money, will produce more consistent frame delivery in the first place, which reduces how often tearing has a chance to appear at all.