Screen tearing ruins immersion faster than almost any other visual glitch. One moment you’re lining up the perfect headshot, the next you’re staring at a horizontal split across your monitor that makes it look like two different frames got sliced together. It’s distracting, it’s unnecessary, and in 2026 there’s no reason to put up with it.<\/p>\n
This guide explains exactly how to fix screen tearing while gaming using V-Sync, G-Sync, and FreeSync \u2014 with specific settings, hardware recommendations, and the FPS tradeoffs you need to know.<\/p>\n
Your GPU renders frames as fast as it can. Your monitor refreshes at a fixed rate \u2014 60Hz, 144Hz, 240Hz, whatever you have. When those two clocks fall out of sync, the monitor starts drawing a new frame before the previous one finished. The result: a horizontal tear line where the old and new frame collide.<\/p>\n
The fix is frame synchronization. There are three primary approaches, each with real tradeoffs.<\/p>\n
V-Sync (Vertical Synchronization) caps your frame rate to match your monitor’s refresh rate exactly. Running a 144Hz display? V-Sync locks you to 144 FPS. This eliminates tearing completely because the GPU only sends a new frame when the monitor is ready.<\/p>\n
The problem:<\/strong> latency. V-Sync introduces input lag because the GPU has to wait for the monitor’s refresh cycle before delivering the next frame. In competitive shooters like Valorant or CS2, that lag is measurable \u2014 often 10\u201350ms depending on how far below your refresh rate your FPS drops. When your frame rate dips below your refresh rate, V-Sync cuts it in half (e.g., 60 FPS instead of 90 FPS on a 144Hz monitor), causing stutters.<\/p>\n Most games offer standard V-Sync and “Fast Sync” (NVIDIA) or “Enhanced Sync” (AMD). Fast Sync and Enhanced Sync use a triple-buffer approach that dramatically reduces input lag while still eliminating tearing \u2014 set these instead of standard V-Sync whenever available in the NVIDIA Control Panel or AMD Software.<\/p>\n G-Sync is NVIDIA’s variable refresh rate (VRR) technology. Instead of locking the frame rate to the monitor, it makes the monitor adjust its refresh rate to match whatever the GPU is outputting \u2014 in real time, continuously.<\/p>\n Your GPU renders a frame in 7ms? The monitor refreshes in 7ms. Next frame takes 11ms? Monitor waits 11ms. No tearing, no stutter, and critically, almost no added input lag.<\/p>\n Variable Refresh Rate (VRR) technology operates within a specific refresh-rate window, often ranging from 1Hz to 240Hz on modern gaming monitors. The smooth, tear-free experience is maintained only while frame rates remain inside that supported range. Once FPS drops below the monitor\u2019s minimum VRR threshold\u2014typically around 48Hz on displays without Low Framerate Compensation (LFC)\u2014stuttering and screen tearing can start to reappear. Monitors equipped with LFC help prevent this by compensating for low frame rates and keeping synchronization active. For consistently smooth gameplay, it\u2019s best to keep your average FPS above 48 whenever possible.<\/p>\n Recommended setting:<\/strong> In NVIDIA Control Panel, go to Manage 3D Settings<\/em> \u2192 enable G-Sync<\/em> for your display. Set a frame cap 3\u20135 FPS below your monitor’s max refresh rate using NVIDIA’s in-driver limiter or RTSS (Rivatuner Statistics Server). This prevents the GPU from spiking past the G-Sync range, which would cause tearing again.<\/p>\n AMD FreeSync (and the newer FreeSync Premium \/ FreeSync Premium Pro) is VESA’s open standard for adaptive sync. No licensing fees means FreeSync monitors are significantly cheaper \u2014 and since NVIDIA certified G-Sync Compatible monitors also use AdaptiveSync, FreeSync and G-Sync Compatible displays are often the same hardware.<\/p>\n Try this version, which avoids starting consecutive sentences with the same phrase:<\/p>\n AMD offers multiple FreeSync tiers to accommodate different gaming and display requirements.<\/b> The Premium<\/b><\/span> certification requires a minimum 120Hz refresh rate and Low Framerate Compensation (LFC) support, helping maintain smooth gameplay when FPS drops below the monitor\u2019s refresh range. For users who want enhanced image quality, the Premium Pro<\/b><\/span> tier adds HDR support with optimized tone mapping and lower-latency HDR processing, delivering a more responsive and visually accurate HDR experience.<\/p>\n Yes, this works. Enable G-Sync Compatible mode in the NVIDIA Control Panel even on a FreeSync monitor. Most modern FreeSync monitors pass NVIDIA’s certification. The experience is nearly identical to a native G-Sync Compatible display.<\/p>\n One of the most common mistakes gamers make when trying to fix screen tearing while gaming is buying a 240Hz monitor without a GPU that can sustain 200+ FPS. Here’s a realistic tier breakdown for 1080p competitive gaming in 2026:<\/p>\n RX 7600 \/ RTX 4060<\/strong><\/p>\n RX 7800 XT \/ RTX 4070<\/strong><\/p>\n RX 7900 XTX \/ RTX 4080 Super \/ RTX 5080<\/strong><\/p>\n Know your actual FPS before buying a monitor.<\/strong> There’s no point paying for a 360Hz display if your GPU averages 160 FPS in your main games. Use a reliable FPS calculator to benchmark realistic expectations for your hardware and game settings before upgrading.<\/p><\/blockquote>\nWhen to Use V-Sync<\/h3>\n
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V-Sync Settings to Try<\/h3>\n
\nG-Sync: NVIDIA’s Adaptive Solution<\/h2>\n
G-Sync Tiers (Yes, It Matters)<\/h3>\n
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G-Sync Sweet Spot Range<\/h3>\n
\nFreeSync: AMD’s Answer<\/h2>\n
FreeSync on NVIDIA GPUs<\/h3>\n
\nHardware Tier Breakdown: What FPS to Expect<\/h2>\n
Budget Tier ($150\u2013$300 GPU)<\/h3>\n
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Mid-Range Tier ($300\u2013$500 GPU)<\/h3>\n
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High-End Tier ($500+ GPU)<\/h3>\n
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\nStep-by-Step: How to Fix Screen Tearing While Gaming Right Now<\/h2>\n
For NVIDIA Users<\/h3>\n
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For AMD Users<\/h3>\n
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Universal Tips<\/h3>\n