OLED Burn-In: How to Check, Prevent, and Fix Screen Retention

If a faint HUD or taskbar outline appears on a gray pattern, repeat the check after varied content and a power cycle. A persistent mark is worth documenting, but a single observation does not establish the cause or warranty outcome.

Burn-in vs image retention vs temporary retention

These problems look similar on a gray screen. They behave differently, and only one type sticks around forever.

OLED burn-in shows the same ghost image every time you load a gray screen. LCD image retention can linger for an hour after a long session. Temporary retention clears while you browse or watch a video.

Repeat the gray pattern after a short interval and with the same display settings. Persistence is more informative than a single glance.

How to run the test

Dim the room. Load the burn-in test and enter fullscreen. Browser toolbars create false edges that look like retention.

Click or press any key to advance through all eight patterns. Spend 10-15 seconds on each screen. Scan corners where taskbars and HUDs sit.

Faint outlines of icons, minimap corners, or crosshair shapes mean burn-in or retention. Take phone photos on gray and white if you plan a warranty claim.

On LCD panels, display varied content for 30 minutes and retest. Fading marks point to temporary retention. Persistent ghosts after weeks mean you should adjust habits or contact support.

Periodic checks are especially useful for used panels or OLED setups with long static HUD and desktop exposure.

What each test pattern reveals

The burn-in test cycles eight fullscreen patterns. Each one catches a different type of uneven aging.

Gray is the most useful single screen. Bright and dark burn-in marks hide on pure black or white but show clearly on 50% gray.

White exposes dark shadows left by static elements. Taskbar outlines and HUD frames appear as dim rectangles on a bright background.

Red, green, and blue reveal per-subpixel aging. A panel with heavy red HUD use may look dimmer on the red test than the green or blue screens.

Checkerboard exposes uneven aging across the panel surface. Washed-out or darker flat zones stand out against the alternating squares.

Horizontal and vertical gradients highlight tonal banding and irregular brightness shifts.

Pair this with a dead pixel test on new monitors. Both defects belong in your day-one checklist.

Prevention tips for gaming on OLED

Burn-in is permanent. Habits matter more than any fix after the fact.

Enable pixel shift if your monitor supports it. The image shifts by one or two pixels so no subpixel stays lit in one spot for thousands of hours.

Use a brightness level that suits the room and follow the panel maker’s pixel-care guidance during long sessions.

Use a sleep timer. A static desktop with icons pinned to the same corners for eight hours a day ages the panel faster than one that sleeps after 15 minutes of idle time.

Rotate static HUD elements when the game allows it. Move the minimap. Disable persistent crosshair overlays. Competitive players who run identical HUD layouts for thousands of hours show up most often in burn-in forum threads.

When burn-in is warranty-covered

Warranty policies split on burn-in. Read your model's terms before you assume coverage.

| Check | Why it matters | |------------|------------------|---------------| | Exact model and region | Coverage differs across product lines and markets | | Burn-in versus temporary retention | A transient image is not the same as permanent uneven aging | | Proof of purchase and consistent photos | Support may request repeatable evidence or diagnostics |

Do not generalize a brand’s policy across every OLED model. Read the exact warranty and pixel-care terms for the display you own.

Document with photos on gray and white backgrounds. Include the monitor model label.

Your full panel check

After the pattern cycle, you can run a refresh rate test to compare the active display mode with the advertised capability. Then use the FOV calculator to map viewing distance to your in-game settings.

Bottom line

Run a burn-in test periodically if your OLED use includes long, static HUDs or desktop elements. Gray is a useful starting pattern, but use repeatable conditions and treat the result as a screening check, not a warranty diagnosis.

Pixel-shift and panel-care features can reduce static exposure when your monitor provides them. Keep sensible idle-sleep behavior and follow the manufacturer’s guidance for the model.

Warranty and pixel-care terms are model- and region-specific. Treat this guide as a screening checklist, not a warranty determination.