OLED Gaming Monitor Burn-In Prevention SOP

Equipment Needed

Microfiber Cloth

Lint-free, 2 minimum

Distilled Water

Or OLED-safe screen cleaner

Monitor OSD Remote

Or front-panel buttons

Windows/Mac Settings Access

Display settings + GPU control panel

Dark Room

For pixel refresh calibration check

15 Minutes Uninterrupted

Don't rush the pixel refresh

Procedure Steps

Run the Panel's Built-In Pixel Refresher

Access your monitor's OSD menu → navigate to Panel Care or OLED Maintenance → select Pixel Refresher (LG calls it "Pixel Cleaning," ASUS calls it "OLED Care"). This takes 5-10 minutes depending on panel hours.

IF your monitor has less than 500 total hours→ Run the short/manual pixel refresher only. Takes ~1 minute. IF your monitor has 500+ hours→ Run the full pixel refresher. Takes 5-10 minutes. The screen will go black — this is normal. Do NOT power off during this process.

Never unplug or power off during pixel refresh. Interrupting it can cause permanent panel damage.

Check and Reset Static Element Timers

Open your OS taskbar settings → verify auto-hide is ON for the taskbar. Check your browser → enable auto-hide for bookmarks bar. Review any always-on HUD elements in your most-played games.

IF you play the same game 20+ hours/week→ Enable HUD transparency at 50-70% in that game's settings. Move health bars/minimap to different screen positions monthly. IF NOT — you play varied games→ Standard auto-hide on taskbar is sufficient. Skip HUD changes.

Windows 11: Right-click taskbar → Taskbar Settings → Taskbar Behaviors → check "Automatically hide the taskbar."

Verify OLED Care Settings Are Active

Navigate to your monitor's OSD → OLED Care / Panel Protection section. Confirm ALL of the following are enabled:

• Logo Brightness Limiter (ABL) — dims static bright logos
• Screen Move / Pixel Shift — shifts image 1-4 pixels periodically
• Screen Saver — activates after 2-5 min of no input
• Peak Brightness Limiter — caps sustained full-screen brightness

IF any setting is OFF→ Enable it now. These are your primary burn-in defenses and have minimal image quality impact. IF Pixel Shift is set to "High"→ Reduce to "Low" or "Normal." High shift is visible and annoying. Low provides protection without noticeable movement.

Adjust Desktop Brightness to Safe Levels

For desktop/productivity use, set your OLED brightness to 30-50% (roughly 120-150 nits). This is MORE than enough for a lit room and dramatically extends panel lifespan.

IF you also use HDR for gaming→ That's fine. HDR brightness ramps up per-scene. The risk is sustained SDR desktop brightness, not peak HDR highlights in games. IF your monitor supports separate SDR/HDR brightness profiles→ Set SDR to 35%, HDR to 100%. Your monitor will switch automatically when a game launches in HDR.

NVIDIA users: Open NVIDIA Control Panel → Display → Adjust desktop color settings → set Brightness to 45-50%. AMD users: Radeon Settings → Display → Color → Brightness slider.

Clean the Panel Surface

Power off the monitor. Lightly dampen a microfiber cloth with distilled water (never spray directly on screen). Wipe in straight lines — top to bottom — with gentle pressure. Use a second dry microfiber to buff immediately.

Never use Windex, alcohol, or ammonia-based cleaners. They destroy the anti-reflective coating on OLED panels permanently.

IF there are stubborn spots→ Apply slightly more distilled water to the cloth (not the screen) and do a second pass. Patience beats pressure. IF NOT — screen is clean after first pass→ Buff dry and proceed to Step 6.

Inspect for Early Burn-In Signs

Power on the monitor in a dark room. Display a solid gray image (search "gray screen test" on YouTube at 4K). Look for any persistent ghost images, color tints, or bright/dark patches.

IF you see faint retention that fades after 10 minutes→ Normal temporary image retention. Run an extra pixel refresh cycle. Reduce desktop brightness by 10%. IF you see persistent shapes (taskbar outline, game HUD ghost)→ Burn-in is beginning. Immediately enable all OLED care features, reduce brightness to 30%, and vary your content for 2 weeks. Run 2-3 full pixel refresh cycles. IF screen looks uniform→ Your prevention routine is working. Document the date and panel hours for your records.

Track panel hours monthly. Most OLED monitors show this in the OSD under "Panel Information" or "About." Record it — warranty claims may require hour logs.

Log the Maintenance and Set Next Reminder

Record today's date, current panel hours, and any notes (e.g., "faint retention noticed, ran extra refresh"). Set a calendar reminder for 30 days from now.

Megan sends monthly OLED care reminders to subscribers. Sign up below to get the printable checklist + reminder emails.

Common Mistakes

Leaving the desktop wallpaper static for months. Use a slideshow that rotates every 10 minutes, or set a pure black wallpaper. The desktop is the #1 burn-in source because it's what you see between games.
Running pixel refresh manually every day. Excessive pixel refresh accelerates panel wear. Once per month is the correct interval. The automatic cycles your monitor runs are calibrated to its usage — trust them.
Using desktop HDR mode all the time. HDR on the Windows desktop cranks brightness to max on static elements like the taskbar and title bars. Use SDR for desktop, HDR only for games and movies.
Ignoring the 4-hour automatic pixel refresh prompt. When your monitor asks to run a short refresh after 4 cumulative hours, let it run. These micro-refreshes prevent retention from becoming permanent burn-in.
Setting OLED Brightness to 100% because "I paid for the whole panel." 100% SDR brightness on static content is the fastest path to burn-in. Save peak brightness for HDR gaming — that's where it actually matters.

OLED Gaming Monitor Burn-In Prevention SOP

Equipment Needed

Procedure Steps

Common Mistakes

Get the Printable SOP + Monthly Reminders