OLED Burn-In Census: What Owners See, by Panel and Hours

Whether an OLED monitor will burn in is argued in every thread about buying one. The evidence on the table is mostly long tests of single monitors. Monitors Unboxed has used one MSI MPG 321URX for desktop work for 21 months and reported on it at intervals, and Notebookcheck’s account of the latest update puts it at about 5,000 hours, with burn-in that keeps worsening in the areas where it first appeared. That is one unit, used one way.

What nobody holds is the spread. How many owners see nothing after two years? How many see a faint taskbar line on a gray slide, and how many sent the monitor back? A search in September 2026 turned up no dataset of owner reports that records the panel, the hours and what the owner sees on a fixed scale.

This page opens that census. One row is one monitor, judged once by the person who owns it. The data, the field definitions, the validator and the report form live in the open repository: github.com/iBlessi/techfuelhq-census (CC BY 4.0).

My own OLED is the Gigabyte AORUS FO48U in this review. If you are choosing between an OLED television and a monitor for a desk, that comparison is in OLED TV as a PC monitor.

Burn-in, temporary retention, and motion ghosting

Burn-in persists. It reflects uneven panel wear. A faint image that fades after the content changes or after the maker’s normal care cycle is a different observation.

LG’s support guidance distinguishes temporary retention from longer-lasting burn-in and identifies static logos, prolonged paused games and sustained high brightness as risk patterns.

Record what remains. Keep the same pattern and lighting when you compare it later.

A taskbar or HUD-shaped mark that stays in the same place on several slides belongs in the observation; a smear that follows a moving object needs the motion-ghosting checks. LCD overdrive trails are not an OLED burn-in report.

The slides below are a viewing aid. They do not measure remaining panel life or prove that every visible patch is burn-in. Keep brightness and room lighting consistent, photograph the same pattern if seeking service, and follow the exact model’s diagnosis before naming the fault.

OLED lifespan and practical risk reduction

One report cannot predict a lifespan. These are voluntary observations.

The collection mixes models, brightness settings, static-content exposure and care routines; a useful comparison would need those conditions alongside a consistent record of when each panel developed a mark, including the screens that were still clear when observation ended. “How long do OLED screens last?” needs those conditions alongside the outcome. A warranty term is not a prediction of when a panel will develop a mark.

Reduce repeated static exposure, let the display sleep when unused, and retain its documented protection settings. LG’s OLED manual explains the care routine and image-retention precautions. Follow your own model’s version; do not treat an arbitrary brightness percentage as a safe threshold for every panel.

Sony owners should check the exact Panel Refresh instructions. Sony warns against manually running that particular long refresh more than once a year because it can affect panel life. That is not a ban on the display’s automatic routine, and another maker’s maintenance schedule may differ.

Placement matters too. LG warns that direct sunlight can overheat and damage the panel. Keep direct sun off the screen and follow its ventilation guidance; a sunlight-shaped patch or a dead display should not automatically be counted as static-logo burn-in. Report the visible condition. A photograph cannot establish its cause or a brand failure rate.

Reading the 2019 OLED burn-in results

For the 2019-era question, RTINGS’ original six-TV test is a separate primary experiment. It used six LG C7 televisions with different repeated content, and its May 31, 2019 update recorded 9,064 hours. Content and brightness affected the results. Those photographs document the six test units; they were not submitted to this census.

Keep the model and method attached. That older test cannot supply a failure rate for current monitor panels, and this census opened in 2026 rather than collecting a 2019 owner cohort. A recognizable static-logo mark is useful evidence to inspect, but a photograph does not tell you how another household’s panel will age.

How results are reported

For each panel type the census gives the number of monitors, how many sit at each step of the scale, the median months in use, and how many warranty claims were approved or denied. Hours are handled with more care. Only hours read from the monitor’s own menu feed a median, and only once five rows in the group carry them.

It publishes no verdict on a model or a brand. Two owners of the same monitor can use it in ways that have nothing in common, one on spreadsheets for ten hours a day and the other on games for two, so the row records the use beside the result.

The scale

The steps are fixed. A change to their wording would make old and new rows incomparable, so it would be a new major version of the dataset with the old rows marked.

What one row records

A row is one monitor, judged once. Of its 18 fields, you fill in 16 and the maintainer sets 2.

How to judge a panel

1. Let the monitor run for half an hour, then dim the room.
2. Open the test slides in the builder below. Start with dark gray, where faint marks show first.
3. Look where static things live on your screen: the taskbar, the edges of windows you keep in one place, the HUD of the game you play most.
4. Pick the step of the scale that matches what you see. If you see a mark only on a slide and never in normal content, that is a 1.
5. If the monitor’s menu shows panel hours, read them there. Leave the field empty if you would be guessing.

Send a report

Sending needs a GitHub account, because the report is filed as an issue. No account? Copy the report and email it to contact@techfuelhq.com.

What has been published

Current count: 1 report. 1 of them counts toward a published figure. A group publishes at 5 counted rows.

A panel type publishes once it holds five monitors that have been in regular use for a month or more. Below that it is listed as collecting, with its count and no figures.

Limits of this data

• Reports come from people who chose to send them. An owner who found a mark is more likely to report than one who never looked.
• The middle of the scale is a judgement. Steps 0, 1 and 4 are close to facts; the line between 2 and 3 is where two careful owners can differ.
• Hours from a monitor’s menu are kept apart from estimates, and only menu hours feed a published median.
• A row is one look at one monitor. It says nothing about what the same panel shows a year later unless its owner reports again.

Use the data

The dataset is one file. submissions.csv holds one row per monitor, in the field order above, under Creative Commons Attribution 4.0. Attribute it as “TechFuelHQ open census” with a link to this page.

The coil whine census and the GPU sag census are the sibling datasets.

Change log

• 0.1.0 (2026-09-29): fields, the five-step scale, test slides, validator and intake form. The census opened with 0 rows.
• 2026-10-01: row 1, the maintainer’s own monitor (Gigabyte AORUS FO48U, WOLED, 48 inches, bought 2023-08, 37 months in regular use, mixed use, brightness high, panel care run by the monitor, severity 0, no warranty claim). The WOLED group is collecting.