Panel & Backlight
Screen Burn-in Test
Full-screen fields and a checkerboard to reveal OLED burn-in.
How to use
- 1Set brightness high and click Start.
- 2Step through white, grey, and each RGB field with ← / →.
- 3Look for faint outlines of logos, bars, or HUDs that shouldn't be there — grey shows them best.
- 4Use the checkerboard frame to help even out short-term retention.
- 5Press Esc to exit.
FAQ
What's the difference between burn-in and image retention?
Image retention is temporary and fades after varied content. Burn-in is permanent uneven wear of OLED sub-pixels. If an outline persists across many different images, it's burn-in.
Which field shows burn-in best?
A 50% grey field is usually the most revealing, followed by solid colors. Static UI elements (taskbars, logos) leave the clearest ghosts.
Tips
- The 50% grey field reveals retained logos and HUD bars best — look there first.
- Run the checkerboard for a while to help clear short-term image retention (real burn-in won't budge).
Related tests
Dead Pixel TestFull-screen solid colors to find dead, stuck, and bright pixels.Backlight BleedReveal LCD backlight leakage and IPS glow in a dark room.Brightness Uniformity50% gray field and a 9-zone grid to spot uneven backlighting.Blooming TestA bright object on black to judge local-dimming halos.
Related guides
Learn more about what this test reveals and how to act on the results.
How to Test a New TV for Dead Pixels and UniformityUse your TV's browser or a phone to run solid-color and gray tests that reveal panel defects and dirty-screen effect.IPS vs VA vs TN vs OLED: Which Panel Should You Get?Color, contrast, response speed and viewing angles compared across all four panel types, with the right pick for gaming, work and movies.Mini-LED vs OLED: Which Is Better for You?Brightness and burn-in resistance versus perfect blacks and zero blooming — the real trade-offs between Mini-LED and OLED, and who each suits.OLED Burn-In: Causes, Prevention, and How to CheckOLED panels can retain static images over time. Here's what causes burn-in, how to avoid it, and how to spot it early while it's still fixable.