OLED Burn-In Test
Check your OLED monitor, TV, or phone for static taskbar shadows, logo ghosting, and pixel degradation using 5% dark gray and primary color screens.
Tip: 5% dark gray is the industry standard for uncovering early-stage OLED burn-in shadows.
How OLED Burn-in Occurs
Static Elements
Displaying fixed UI elements (taskbars, health bars, channel logos) forces specific pixels to emit continuous high light.
Uneven Wear
Organic sub-pixels age faster than surrounding pixels, resulting in uneven luminance drop across the panel.
Permanent Shadow
A permanent ghost outline remains visible, especially when viewing solid gray, red, or dark background content.
Frequently Asked Questions
What is OLED burn-in? ↓
OLED burn-in is permanent image degradation caused by organic light-emitting diodes unevenly wearing out over time when displaying static UI elements like taskbars, logos, or HUDs at high brightness.
What is the difference between image retention and burn-in? ↓
Image retention is temporary ghosting that fades away after switching content or running a pixel refresh routine. Burn-in is permanent hardware degradation that cannot be undone.
How do I test my display for burn-in? ↓
Run our full-screen uniformity test on 5% and 10% dark gray backgrounds. Subtle burn-in patterns from static logos, taskbars, or browser address bars become clearly visible on low-luminance gray screens.
How do I prevent OLED burn-in? ↓
To prevent burn-in on OLED screens, hide your OS taskbar, enable dark mode, set screen sleep timers to 2-3 minutes, use dynamic wallpapers, and avoid running static games or news channels continuously at 100% HDR brightness.
Does pixel flashing fix screen burn-in? ↓
Rapid pixel flashing helps revive stuck sub-pixels and clear temporary image retention (ghosting). While it cannot repair permanently degraded organic OLED material, it can eliminate temporary shadow artifacts.
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