What causes OLED burn-in
Burn-in happens when some pixels age faster than others because they display static content more often. Navigation bars, gaming HUDs, app icons, and news tickers are common examples.
The risk is higher on devices used at very high brightness for long sessions. Regular visual checks help you spot early image retention before it becomes permanent.
Simple prevention habits
Use auto-brightness when possible, switch to dark mode for long sessions, and avoid leaving static screens paused for extended periods. Short breaks and screen timeout settings matter more than most users expect.
You can also rotate content, hide persistent UI when available, and run a quick full-screen check on the homepage to inspect black, white, red, green, and blue backgrounds.
How to check your panel regularly
Open the main OLED test homepage once a week and inspect flat color screens in a dim room. Look for ghosted icons, uneven tint, or persistent outlines.
If you notice faint retention, reduce brightness and static use patterns immediately. Early action gives your panel the best chance to stay uniform longer.
FAQ
Can OLED burn-in be prevented completely?
No panel is completely immune, but lower static exposure, balanced brightness, and regular checks can reduce the risk significantly.
What content causes burn-in fastest?
Static UI elements such as navigation bars, gaming HUDs, and news tickers usually create the highest long-term risk.
How often should I check for retention?
A quick weekly test on black, white, and gray backgrounds is a practical routine for most OLED users.
Run the test now
Use the OLED Test homepage to open fullscreen colors, inspect uniformity, and compare panel behavior in real time. The browser-based workflow is fast, free, and works well for quick repeat checks.