What Is Screen Burn-In (and Do LCDs Get It?)

Burn-in is a persistent ghost of a static image left on screen. OLED screens are the famous case, but modern LCDs can show a cousin of it too — and the prevention advice for both is different.

OLED: real burn-in

OLED pixels age individually with use. Show the same static elements — taskbars, news tickers, HUD elements — for thousands of hours and the aged pixels fall behind their neighbors, leaving a ghost. It is cumulative wear, not a glitch: no video can undo it. Mitigation is prevention — screensavers, auto-hiding taskbars, pixel shift, and pixel refresh cycles the display runs itself.

LCD: image retention and persistence

Traditional LCDs "burn in" only after extreme static abuse (think airport departure boards); the effect is usually temporary image retention that fades after hours of varied content. Modern LCDs with aggressive pixel-overdrive can also show short retention after long static sessions — leaving the display on a varied full-screen slideshow overnight usually clears it.

How to check what you have

Open our dead pixel test on pure white and pure grey. A ghost of a previous image on any color = burn-in or retention. Then run a full-screen slideshow of varied colors for an hour: retention fades, burn-in does not.

The practical prevention list

Auto-hide the taskbar; dark mode with dark backgrounds on OLED; enable the built-in pixel refresh (OLED care) features; screensaver after 5 minutes on always-on displays; and rotate dashboards and kiosks periodically. None of this hurts — all of it extends the years before the ghost appears.

Frequently asked questions

Can burn-in be reversed?

On OLED, not truly — pixel refresh redistributes wear but cannot restore aged pixels. On LCD retention, yes — it fades with varied content.

Do phones burn in?

AMOLED phones do, eventually — status bar and keyboard ghosts are the classic case. Years of varied use make it a slow, minor issue for most owners.