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What Is Monitor Ghosting? How Response Times Affect Gaming

Wondering what is monitor ghosting and why it ruins your aim? 🎮 We explain the causes, how response times like 1ms GTG eliminate trails, and how to fix it for smoother gameplay. Learn to optimize your display for victory today! 🚀

06 Dec 2025 | Quick Read | 👤 MonitorMuse
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What Is Monitor Ghosting? Fixes & Response Time Guide

Ever lined up the perfect headshot in Apex Legends, only for a blurry trail to throw off your aim? Or seen a frustrating smear when drifting a corner in your favourite racing sim? That visual artefact isn't just in your head... it's monitor ghosting, and it's a common headache for gamers. It’s the phantom menace of fast-paced gameplay, but understanding how response times affect gaming is the first step to defeating it for good. 🚀

So, What Is Monitor Ghosting, Exactly?

At its core, monitor ghosting is a visual trail or blur left behind by moving objects on your screen. Think of it like a faint echo of a previous frame still lingering as the new one appears. This happens when the pixels on your monitor can't change colour fast enough to keep up with the action. The result? A smeared, blurry image that can ruin immersion and impact your competitive performance.

This issue is most noticeable in high-contrast, fast-moving scenes. A dark character model moving against a bright sky is a classic example. While it can affect any display, from basic office screens to high-end panels, knowing what to look for across the wide world of PC monitors is crucial for any serious user.

The Culprit: Understanding Monitor Response Times

The technical cause behind ghosting is the monitor's "response time." This is the time, measured in milliseconds (ms), that it takes for a single pixel to shift from one colour to another (often measured as Grey-to-Grey, or GTG). The lower the number, the faster the pixel transitions, and the sharper the moving image will be.

For gaming, a response time of 5ms or less is generally recommended, with competitive players aiming for 1ms. When a monitor has a slow response time (e.g., 10ms or higher), it can't complete the colour change before the next frame is sent by your graphics card. This incomplete transition is exactly what causes the ghosting effect. That's why nearly all modern gaming monitors aggressively advertise their ultra-low response times. ✨

How to Spot and Reduce Ghosting on Your Current Monitor

Before you rush out to buy a new screen, you might be able to improve your current setup. Here are a few things to try to reduce monitor ghosting.

Check Your Monitor's Overdrive Settings

Most gaming monitors have a setting in their on-screen display (OSD) called "Overdrive," "Trace Free," or simply "Response Time." This feature pushes more voltage to the pixels to make them change colour faster.

  • Try It: Navigate your monitor's menu and find this setting. It usually has levels like Low, Medium, and High (or Normal, Fast, Fastest).
  • The Catch: Setting it too high can cause "inverse ghosting" or "coronas," where a bright or oddly-coloured trail appears instead. Find the sweet spot that provides the sharpest image without introducing new problems.

Run a Ghosting Test

You can easily check for monitor ghosting using online tools. The most famous is the UFO Test by Blur Busters. This simple browser-based test shows a moving UFO against different backgrounds, making it immediately obvious if your monitor is struggling to keep up.

TIP FOR YOU

Cable Check 🔧

't underestimate your cables! An old or low-quality HDMI or DisplayPort cable can sometimes cause signal integrity issues that lead to visual artefacts. If you're troubleshooting, using a certified, high-quality cable is a smart step. It's one of the simplest [monitor accessories](https: www.evetech.co.za PC-Components buy-monitor-accessories-368.aspx) that can make a real difference.

When an Upgrade Is the Only Real Fix

Sometimes, you've tweaked every setting, and the ghosting persists. This usually means the limitation is the panel technology itself. Older monitors, or those not designed for gaming, simply can't achieve the pixel response speeds needed for a clean, crisp image.

Whether you're looking for the immersion of the latest curved monitors or the incredible detail of new 5K & 4K monitors, a low response time should be a top priority. The ghosting problem isn't limited to large desktop displays either; even the best portable monitors for gaming on the go need fast pixels to deliver a great experience. If ghosting is holding you back, a modern gaming panel is the ultimate solution.

Ready to Banish Ghosting for Good? A blurry screen can be the difference between victory and defeat. Stop letting slow response times dictate your performance. Explore our massive range of gaming monitors and find the perfect, ghost-free display to conquer your world.

Ghosting occurs when pixels change color too slowly, leaving trails behind fast-moving objects. It is directly linked to slow pixel response times.

Try enabling the 'Overdrive' or 'Response Time' setting in your monitor's OSD menu. Alternatively, check for driver updates or replace faulty cables.

Generally, yes. A 1ms GTG (Gray-to-Gray) response time ensures pixels transition fast enough to prevent visible trailing, ideal for fast-paced gaming.

Ghosting is a trailing blur, while inverse ghosting (overshoot) creates bright halos around objects, usually caused by setting Overdrive too high.

Yes. It blurs moving targets, making it difficult to aim precisely in FPS titles or react quickly in racing games, putting you at a disadvantage.

Not entirely. While high refresh rates (144Hz+) smooth out motion, ghosting will still persist if the pixel response time is too slow to keep up.