OLED monitor burn-in: risk, warranty, care

OLED monitor burn-in is the question behind almost every purchase. The panel that shows perfect black also has a long memory for a taskbar that never moves.

The short answer

Can an OLED monitor burn in, and does the warranty cover it? It can. LG describes burn-in as marks left by unchanged still images over a long time; its protective features and careful use avoid it almost always, but even proper use cannot rule it out [1]. Whether the warranty pays depends on the manufacturer, the exact model and the region. As of 25 Oct 2026, ASUS states three years including panel burn-in for the PG32UCDM [3], MSI names a three-year burn-in warranty for its QD-OLED monitors and says terms may vary by region [5][6], a Dell community manager, citing Dell's sales page for India, says burn-in is covered on one Alienware model and not on a closely related one [9], LG Germany announced a voluntary 24-month manufacturer warranty on OLED monitor displays in 2023 [1], and the Samsung pages we read say nothing about burn-in in the warranty [10][11]. Check the warranty line on the spec page of your exact model, let the panel run its maintenance in standby, and keep static elements dim or hidden. We give no lifetime figures and name no test winners.

How it works

1. Know what burns in. LG explains that the display gets warm during use and that the same image left on screen for a long time may cause faint marks; static elements such as the taskbar, icons or game menus are typical causes [2]. Such marks are often temporary, and LG's Image Cleaning cycle is meant to remove them [2]. Burn-in is the lasting form: marks from unchanged still images over a long time [1]. Samsung calls it an after-image, a visible mark left on the screen [10]. Our simplified reading: in an OLED panel every subpixel makes its own light, and whatever shines at the same spot for hours ages differently from the rest of the panel.
2. Read the warranty per model, not per brand. The table after this list collects what the manufacturers state. Two examples show why the brand alone tells you little. ASUS lists three years including panel burn-in for the PG32UCDM, a 24-month warranty for older OLED models such as the PG27AQDM and PG42UQ, and 36 months for OLED models it does not list, and it points to each product's tech specs page for the burn-in details [3]. At Dell, a community manager wrote in May 2026 that the AW2725D does not cover burn-in, while Dell's sales page for India lists "Premium Panel Exchange (Including coverage for OLED burn in)" for the AW2725DF [9]. MSI adds that terms may vary by region [6]. A manufacturer's warranty is a voluntary promise; LG calls its own "freiwillig", German for voluntary [1]. What you can claim from the retailer on top of that is a legal question that we do not answer here.
3. Let the maintenance cycles run. Each of the five manufacturers describes a cleaning or refresh cycle, and four of them tie it to standby or switching off. LG's Image Cleaning starts automatically when the monitor enters power-saving mode or is switched off, once it has been in use for more than four hours since the last cleaning [2]. On the AW3423DW and AW3423DWF, Dell shows a prompt after four hours of use; past that point, Pixel Refresh starts by itself in standby, takes about seven minutes and turns the screen off [8]. ASUS starts pixel cleaning on its ROG OLED monitors five minutes after the monitor enters standby; it runs for about five to six minutes and also runs when the monitor is switched off but still powered [4]. Samsung's Screen Optimization takes about ten minutes and starts automatically when you turn the monitor off without pulling the plug, or after more than four hours of cumulative viewing; with the plug pulled, it does not run [10]. MSI's Panel Protect starts automatically based on cumulative use; a firmware update for its QD-OLED monitors from May 2025 stretched the interval from 16 to 24 hours [6]. Our conclusion: do not cut the power with a switched power strip right after work, and let the prompts run instead of postponing them.
4. Switch on the protection features. MSI's OLED Care 2.0 lowers the brightness of a detected taskbar and of several static logos, and after a set number of seconds it adjusts the border between image and background; MSI notes that these three detections do not work while the monitor receives VRR content [7]. According to Samsung, Pixel Shift "refreshes pixels at regular intervals to prevent screen issues" [10]. Samsung's 2024 Odyssey OLED models detect static images such as logos and taskbars and lower their brightness, with logo detection active in AV mode only, and they spread heat with a pulsating heat pipe, part of what Samsung calls OLED Safeguard+ [11]. Look for the equivalent in your monitor's menu, for example under OLED Care at LG or Panel Care at Samsung, and leave it on [2][10].
5. Let Windows and Linux help the panel. Your operating system decides how long static elements stay lit. The settings below follow the same logic as the manufacturers' features: dim or remove what does not move. Menus differ by version and desktop, so we name the setting, not the path. Let the screen switch off after a few minutes without input; that removes static content and lets the monitor's own cycle start in standby [2][4][8][10]. Hide the taskbar or panel automatically, prefer a dark theme and a changing wallpaper, and avoid always-on widgets, clocks and overlays. Keep the desktop brightness moderate, because manufacturers dim static elements for the same reason [7][11]. Our assessment: a screensaver adds little when the screen switches off anyway.
6. Use HDR on purpose. Our assessment, without a manufacturer figure: leave HDR for games and films, where the picture keeps moving, and work in SDR mode at moderate brightness when windows stay in place for hours. None of the manufacturer pages we read quantifies how HDR affects burn-in, so we give no figure.
7. Read long-term tests for what they are. On its ten-month results page, last changed in October 2023, RTINGS.com counts over 100 TVs and monitors in its longevity test [12]. According to TFTCentral (March 2023), the test started on 16 Nov 2022 and showed a live CNN feed, chosen for its many bright static elements, at maximum brightness and with panel-saving features switched on [13]. TFTCentral calls it an "accelerated torture test" that "doesn't represent normal daily usage" [13]. Treat such results as a stress test of the extreme case, not as a forecast for your desk. We derive no lifetime figures from them.
8. Document the purchase. Our assessment: on the day you buy, save the warranty statement for your exact model and region as a PDF or screenshot, keep the invoice and note the serial number. If the spec page says nothing about burn-in, ask the manufacturer in writing before you buy, and keep the answer.

What manufacturers state about burn-in (as of 25 Oct 2026)

How to read it: these are the manufacturers' own statements, checked on 25 Oct 2026. Models and terms change, and the order ranks nothing. We did not test any of these monitors.

A worked example

This is invented, not a test. Jonas wants a 27-inch QD-OLED monitor for gaming in the evening and for six hours of office work a day, with a fixed taskbar and a code editor. He narrows it down to two models from the same brand. One spec page lists three years including burn-in, the other only three years. He picks the first, saves the page as a PDF on the day of purchase and keeps the invoice. At home he plugs the monitor into a socket that stays on, sets the screen to switch off after five minutes without input, hides the taskbar automatically and switches to a dark theme. He leaves the monitor's taskbar and logo detection on and lets the cleaning prompt run whenever it appears. Nothing in this example was measured, and it says nothing about how long his panel will last.

Checklist

• Find the warranty line on the spec page of your exact model and region, and look for the word burn-in.
• Save that page and the invoice on the day you buy.
• Ask the manufacturer in writing if the page says nothing about burn-in.
• Plug the monitor into a socket that stays on, so the standby cycles can run.
• Let pixel or panel refresh prompts run instead of postponing them.
• Switch on taskbar, logo and boundary detection, or their equivalents, in the monitor menu.
• Set the screen to switch off after a few minutes of inactivity in Windows or your Linux desktop.
• Hide the taskbar automatically, use a dark theme and avoid always-on overlays.
• Use HDR for moving content and SDR at moderate brightness for long desktop sessions.
• Treat torture tests as extreme cases, not as a lifetime forecast.

Related pages: DisplayPort or HDMI: the right cable for 240 Hz; Variable refresh rate (VRR); Display Stream Compression (DSC).