How to Fix Screen Burn-in on Your iOS and Android Smartphones
![How to Fix Screen Burn-in on Your iOS and Android Smartphones Burn In Screen](https://fs.npstatic.com/userfiles/7687254/image/Burn_In_Screen-w810h462.jpg)
![Rahul Srinivas](https://fscl01.fonpit.de/user/22/00/852200-w155h167.jpg)
Ghost image or screen burn-in are names given to permanent discoloration of your smartphone’s screen caused by irregular pixel usage. The prolonged use of static images can create a permanent shadow or ghost of that image on the screen. This problem is common and happens most often on OLED screens (although LCD displays aren’t always immune). In this article, we explore ways in which this issue can be fixed—and, more importantly, prevented from happening in the first place.
If you are looking for a screen burn-in fix for your smartphone, let us inform you at the outset that severe cases of screen burn-in are difficult to fix, and in those cases, the solution almost always involves replacing the display.
Screen replacements, however, are an expensive proposition—especially if your phone is out of warranty. And in cases where the screen burn-in issue isn't that prominent, it is best that you look for other fixes. And that is what this article aims to explore.
The workarounds offered below, therefore, are best applied to cases of minor screen burn-in, sometimes known as image retention.
What is screen burn-in?
At the outset, it is important to know what this problem actually is. A screen burn-in is the phenomenon observed on displays where a part of the display suffers from permanent discoloration—often caused by prolonged use of a static image. It is also important to note that OLED displays are much more susceptible to screen burn-in than their LCD counterparts. In fact, what people think of as screen burn-in on an LCD panel might usually be another issue.
While modern AMOLED displays are much better at resisting screen burn-in, if your phone tends to display many static images (Hint: Always-on display), the chances of screen burn-in do increase. But newer smartphones and wearables feature several mechanisms (aptly named burn-protection) that reduce the chances of screen burn-in. The way this works is by shifting a static image or text by a few pixels so that the pressure to stay on is not borne by a group of pixels.
![Burn-in example on an OLED display Burn-in example on an OLED display](https://fs.npstatic.com/userfiles/7635289/image/OLED_Manchas-w782.jpg)
Also important to note is the fact that screen burn-in is a hardware issue and affects OLED-based panels across a wide spectrum of products. For the same reason, any product that uses an AMOLED panel—ranging from Apple iPhones to Samsung Galaxy devices and OLED TVs could be prospective victims.
The scope of this article, however, is limited to addressing screen burn-in issues on Android and iOS smartphones.
How effective are screen burn-in fixing apps?
In a desperate attempt to find a fix for the screen burn-in problem on your phone, you search on Google, and it turns out there are several apps that claim to address the problem. But how effective are these apps, really?
First things first, you need to know that screen-burn-in is a hardware problem. Attempting to fix it using software is almost always an exercise in futility. It is no surprise, therefore, that the reviews of most of these apps are mixed. But then what exactly do these apps do? And what about users who claim that their issue was fixed after they installed and used the app?
While some of these apps can be of help, and there are reviews where people have claimed they work, the general philosophy of these apps is to try and "burn" the rest of the screen to match the colors of the area. While this might work for you initially, you should know that eventually, you aren't helping solve the issue. Think of these apps as temporary workarounds until you replace your display.
![Screenshots from the Ghost Screen Fix app on Android Screenshots from the Ghost Screen Fix app on Android](https://fs.npstatic.com/userfiles/7715851/image/how-tos/nextpit-burn-in-w782.png)
For LCD screens, there's a dedicated app, LCD Burn-in Wiper that could possibly fix minor cases. However, this tool is not suitable for OLED or AMOLED displays, such as those found on most modern flagship smartphones. For that, you'll need a different app.
For Android smartphones with OLED/AMOLED screens, it is a good idea to try an app called Ghost Screen Fix - Burn-In. iPhone users can try out an app called Doctor OLED X from the App Store for $1.09.
In most of these apps, the "fix" is to display a sequence of primary colors in an attempt to restore the "burnt" pixels. Interestingly, this was the original function of computer screen-savers: one dynamic image that appears when the screen is idle to make the pixels "exercise" and ensure that the same area of the display doesn’t remain constantly illuminated.
The results that you may get from these apps will vary based on how bad the screen burn-in issue on your phone actually is.
![Ghost screen fix app colors Ghost screen fix app colors](https://fs.npstatic.com/userfiles/1799474/file/NextPit_Ghost-screen-fix-colors-w782.png)
What if nothing works?
As already mentioned in the introduction, screen burn-in is an issue with the actual hardware. As such, a proper fix to the problem usually involves replacing the display. However, do note that modern displays are much more resistant to screen burn-in compared to their older counterparts, and the devices they are attached to also boast several screen burn-in protection mechanisms.
For the same reason, chances are high that you will rarely see a screen burn-in issue on newer devices that are so severe, that a screen replacement becomes necessary.
Even so, in the rare instance the problem is awful, the best bet is to contact your manufacturer directly. If your smartphone is under warranty, they will offer you a fix. Bear in mind, however, that an out-of-warranty screen replacement might be quite an expensive affair. In fact, in some cases, it is cheaper to simply buy a new phone instead.
How to prevent screen burn-in from happening?
As you might have understood by now, screen burn-in can be an annoying problem. That being said, there are quite a few simple steps you can take so that your smartphone never encounters this issue at all. Note that the steps below are applicable to both Android smartphones and iPhones.
- Keep the brightness levels of your phone display at low or moderate levels. Never keep it at full brightness for extended periods.
- A good trade-off is to use the auto brightness option on your phone's settings.
- If you still use on-screen navigation buttons on Android, it is a good idea to learn to use gesture-based navigation. By doing this, you prevent the screen from displaying the permanent on-screen navigation keys.
- If you are not a huge wallpaper buff, the best solution is to use a black screen as your wallpaper and lock screen image. On AMOLED displays, this effectively turns the pixels off—and therefore, reduces the chance of burn-in!
- As much as possible, enable the dark mode feature on your smartphone.
Has your smartphone ever had this problem? Did you use another app to fix it? Let us know in the comments.
This article was last updated in April 2024. Older comments have been kept.
Here's a site that specializes in fixing burn-in screens. fixburnin.com
Seems to me that just using your phone will stop most of this. You know, use a variety of apps and have the notification bar hide unless you swipe to see it or unless a new notification pops up. So while I set a wallpaper image, I'm so rarely on the homescreen it's actually refreshing when I do see it.
I use Kinscreen for precise screen control...(screen cutoff) Awesome app...and Leadroid (same dev) for simple battery saving...kills wifi and gps (and much more if rooted) after screen off.
Good to know
I just came up with a fix to the screen burn-in for Amoled device. The longer you use it, the more pronounce the buurn-in trace. I could easily recognize the problem, so I went there and take a screenshot of the problem, saved it and looked for an app to revert the image. From Play Store I found one, Negative Image, (there are several, but I was happy with this one).
Once installed, open that screenshot and do the teversal into negative. Then increase brightness and contrast and save it. Since the image matches pixel to pixel of your screenshot, it overlays 100% of the problem. Open the result image and turn up the brightness to maximum. Leave it on for several minutes and you'll see improvement gradually. I've done it for only a few minutes and it works like magic !!!
can you explain this in a step by step procedure?
Sorry Storm that is no correct. I use my phone all the time and not for gaming and I have screen burn in from the task bar at the top which some Idiot at samsung thought was a good idea to leave it on permanently. Previous phones let the task bar disappear if not used.
It's a non issue if you use your phone. If you just gaze at it continuosly, maybe then it would happen
I have screen burn-in from G-Board, and despite keeping my phone's brightness at around 70%, I've now twice had the keyboard burn-in to my phone. I'm either a novelist that for some inexplicable reason writes stories on their phone for hours on end, or there's an underlying fault within OLED or Gboard. I'll leave it up to you to decide which of the two scenarios is more rational.
Never had the problem on my LCDs, because of quick screen blackout setting and using KeepScreen only for active apps. I'd guess it mainly affects gamers and long video watchers who have top and bottom elements always on during play. I recently learned about and tried this currently inactive app to full screen over that fringe area, and found it works surprisingly well on a new Android N tablet:
GMD Full Screen Immersive Mode (Good Mood Droid)
It's potentially a burn-in preventive but also increases active screen real estate. Not sure how many other devices it might work on.
Nice LOIE FAVRE , Downloaded and I am Enjoying the App, Thanks For Sharing
"Hey, my screen shows burn-in! Why is that?" -- "Well, some pixels on the screen are worn out more than others. Especially the pixels that mostly show brighter colors age quicker." -- "I see. Can I fix it?" -- "Yes, you can. Just download an app that destroys the better pixels until you don't see the difference anymore!" And that, folks, is how you get people to download an app which systematically destroys the screen.
That’s a keen sense for the obvious you have there. Please, point out more obvious things.
You are a champion of stupidity.
Enjoyed the Omni, now it's time to learn!
This stuff needs a freaking epilepsy warning, God Damn
The screen changes colour super slowly. Like once a second. Have you even tried using the app?
Is this a permanent fix ?
Works on LG G5 (confirmed) I had a Snapchat chat burned partially into my screen. I let this run while I slept when I woke up I checked it and it was fixed. Thanks alot definitely didn't want to drop another $400 on a g5
oh good because i was messaging my friend on an app and i fell asleep and my phone doesn't sleep when the keyboard is up so it was on for 5 hours (also lg g5)
Thanks for verifying it works ! Going to try it on my old note 2 tonight
That did happen to me yesterday, i installed the app, and definitely worked for me, i had to let it run more than 8 hours, it's worth trying, trust me, i had the doubts, it really works
What app?
Nope, didn't help. I have a yellow patch in the middle and white where the keyboard is, and the status bar at the top.
You solved?
https ://www.youtube.com/watch?v=yNzxLlPXLfg (remove space after https) Footage taken from the Samsung lab when they confused - for the first and last time - phosphor materials with phosphorus ;-)
Thanks for the suggestion, I have burn in from my keyboard. I will let you know if this helps.
You solved?
How on earth you know that Nicholas Bodley is beyond me, but I am very envious of your knowledge :)
Sorry, technical correction: You say, ."The screen ghost happens when phosphorus compounds that emit light to produce images lose their intensity with prolonged use."
That typically describes a CRT! Please learn the basics of backlit LCDs.
AMOLEDs emit light, but it's probably safe to say they are not compounds of phosphorus. CRT screen phosphors, as well, are rarely if ever compounds of phosphorus.
The red phosphor for color TV was, and might still be yttrium orthovanadate doped with europium. Exotic? I thought so! Zinc sulfide was popular for CRT oscilloscopes with green traces; I think it was doped with copper.
If you are fortunate enough to find a list of chemical compositions of phosphors, it's quite likely that few (if any) are phosphorus cempounds.
You probably picked up your explanation from an unreliable source; sorry.
The words phosphor[us] come from ancient Greek, the "phos" part referring to light, and the "phor" meaning that which carries, or close.
Phosphors are materials typically small crystals that emit light when lit by different light, nearly always with a shorter wavelength. That different light can be visible, for those super-bright so-called "neon" pigments, originally Day-Glo (tm). Traditionally, though, ultraviolet (UV) light makes them glow. Black light is long-wave UV.
As well, in CRTs and vacuum fluorescent displays, phosphors glow when hit by electrons; these are in a vacuum.
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Phosphorus is a chemical element, in pure form generally at least nasty, and its white form is simply horrid.
Please see Wikipedia for more about it. IIrc, it's white phosphorus, when exposed to air, that oxidizes and glows in the dark; that's how it got its name.
Please try not to confuse phosphors with the chemical element phosphorus.
Apologies for typos I didn't catch! Poking glass is error-prone.