Monitor Test: Dead Pixels, Backlight Bleed, Burn-in & Ghosting Check

Comprehensive monitor test suite: check for dead pixels, backlight bleed, IPS glow, OLED burn-in & motion ghosting. Free diagnostics for all screens.

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OLED Burn-in Test - Detect Screen Burn & Image Retention

A proactive maintenance tool designated for OLED, AMOLED, and Plasma displays. "Burn-in" is permanent physical damage to pixels that have unequal wear. This tool helps you: 1) Detect existing burn-in using a full-screen Grey/Red field, and 2) Prevent future burn-in by "scrubbing" the screen with a rapidly changing pattern to exercise static pixels.

🔥 Image Retention vs Permanent Burn-in

Image Retention (Temporary)

Ghost images that fade away after displaying different content for a while. This is normal on some displays and usually clears itself. Not a defect.

Burn-in (Permanent)

Permanent ghost images that remain visible indefinitely. Caused by uneven pixel wear from displaying static content for extended periods. Requires panel replacement.

⚠️ Common Burn-in Sources

  • TV channel logos (news tickers, network bugs)
  • Operating system taskbars and dock
  • Game HUD elements (health bars, minimaps)
  • Application UI elements (sidebars, toolbars)

🔗 Related Display Tests

More Advanced Tests

Gaming & uniformity

Test response time for gaming and check display uniformity.

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Pixel & Screen Tests

Find display defects

Check for dead pixels and stuck pixels with color cycling tests.

A proactive maintenance tool designated for OLED, AMOLED, and Plasma displays. "Burn-in" is permanent physical damage to pixels that have unequal wear. This tool helps you: 1) Detect existing burn-in using a full-screen Grey/Red field, and 2) Prevent future burn-in by "scrubbing" the screen with a rapidly changing pattern to exercise static pixels.

How to Use Color Palette & Display Tester

Detection Phase

Run the test. Watch the gray field. Look for shadows of: • TikTok/YouTube UI icons. • News tickers (CNN/BBC bottom bars). • Battery/Wifi status icons (on phones). If you see a faint shadow that doesn't go away, you have burn-in.

Conditioning Phase

Leave the "Noise" or "Color Cycle" pattern running for 1 hour. This can help "unstuck" temporary image retention (which looks like burn-in but isn't permanent).

Calculator Features

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Pixel Refresher

High-speed noise pattern forces every sub-pixel to alternate states, potentially clearing "Image Retention".

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Sub-Pixel Inspection

Solid color fields (Red/Grey) are best for revealing specific organic material degradation.

Warranty Validator

Use this test to document "Cumulative Wear" before your warranty expires.

Complete Function List

  • Static Noise Generator:
  • Inverted Color Cycle:
  • Burn-In Detection Grid:
  • OLED Pixel Wash:
  • Plasma Retention Clear:
  • Logo Ghost Finder:
  • Uniformity Scrub:

Common Calculations & Examples

Example 1: Buying a Display Model TV?

Problem: Store display TVs run the same demo loop for 7000 hours.

Steps:

  1. Ask to test the TV.
  2. Run the "Red Screen" (part of this suite).
  3. Look at the center.
  4. If you see a shadow of the "Sony/Samsung" logo, WALK AWAY. That panel is trash.
Result: Saving $1000 on a broken TV.

Explanation: Red light is often the first to fail on OLEDs. A burn-in shadow is irreversible.