Display Burn-in

[LarryOS650]

Are there any concerns with screen burn-in, similar to LCD/OLED phone screens? I like using the white SVT gauges, but I'm wondering if doing so will lead to premature degrading of the display. Is this an unnecessary concern? Thanks!

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[AZ_Ryan]

Not that I've ever heard of. LCD screens usually don't get burn-in.

 

[POHLHAMMER]

From the Google machine.

Yes, LCD screens can experience image burn-in, also known as image retention or ghosting, although it's less common than on OLED or plasma displays. While LCDs don't suffer from the same type of permanent burn-in as OLEDs (where individual pixels degrade), they can exhibit temporary image retention where a static image leaves a faint, ghost-like imprint. This is caused by uneven aging of the liquid crystals and polarizers due to prolonged exposure to a static image.

Here's a more detailed explanation:

Temporary vs. Permanent Burn-in:
LCDs are more prone to temporary image retention, where the image fades away after a short period or when the screen displays a different image. Permanent burn-in, while less common, can occur with prolonged static image display, especially at high brightness and contrast.


How it Happens:
Static images, like logos or game HUDs, cause certain pixels to work harder and degrade faster than others, leading to uneven aging of the liquid crystals and polarizers within the LCD panel.


Factors that Contribute:
High brightness, high contrast, extended display time, and the presence of static elements in the displayed content can all accelerate the burn-in process.


Mitigation:
Pixel Shifting: Some displays have a "pixel shifting" feature that subtly moves the image around, preventing any single pixel from being constantly illuminated in the same location.
Reduce Brightness and Contrast: Lowering these settings can help reduce stress on the pixels and slow down the aging process.
Run a White Screen Saver: This can help to even out the wear on the pixels.
Use Dynamic Content: Switching to dynamic content or frequently changing the displayed image can prevent static image burn-in.
Turn off the Display: When not in use, turning off the display can prevent further burn-in.

 

[LarryOS650]

Thanks for the details... great explanation!

 

[AZ_Ryan]

Not that I dispute the answer. But pasting Google AI responses to questions doesn't always give accurate information. In fact, when it comes to car stuff, AI just pulls responses from chat forums. And a lot of it is just plain wrong.

 

[RJW]

Decades ago, screen burn-in on CRT screens was a real thing, but I haven't ever heard of an LCD screen having image burn-in.

 

[LarryOS650]

I think it's mostly an issue for OLED screens (phones and TVs).

 

[Zig]

Decades ago, screen burn-in on CRT screens was a real thing, but I haven't ever heard of an LCD screen having image burn-in.

Even modern laptops are vulnerable to, hence the need for the screen saver.

if you don’t believe me, check with your local grey beard network admin.

Op: for the most part the intensity and duration required for permanent image retention is offset by the downtime (not too many run 24/7).

 

[TheACN]

My Bmw X5 i bought in 2022 with the LCD instrument cluster is yet to show any sings of ghosting or burn in.

Based on my experiences so far, I doubt this is a concern.

 

[Stanzi]

From the Google machine.

Yes, LCD screens can experience image burn-in, also known as image retention or ghosting, although it's less common than on OLED or plasma displays. While LCDs don't suffer from the same type of permanent burn-in as OLEDs (where individual pixels degrade), they can exhibit temporary image retention where a static image leaves a faint, ghost-like imprint. This is caused by uneven aging of the liquid crystals and polarizers due to prolonged exposure to a static image.

Here's a more detailed explanation:

Temporary vs. Permanent Burn-in:
LCDs are more prone to temporary image retention, where the image fades away after a short period or when the screen displays a different image. Permanent burn-in, while less common, can occur with prolonged static image display, especially at high brightness and contrast.


How it Happens:
Static images, like logos or game HUDs, cause certain pixels to work harder and degrade faster than others, leading to uneven aging of the liquid crystals and polarizers within the LCD panel.


Factors that Contribute:
High brightness, high contrast, extended display time, and the presence of static elements in the displayed content can all accelerate the burn-in process.


Mitigation:
Pixel Shifting: Some displays have a "pixel shifting" feature that subtly moves the image around, preventing any single pixel from being constantly illuminated in the same location.
Reduce Brightness and Contrast: Lowering these settings can help reduce stress on the pixels and slow down the aging process.
Run a White Screen Saver: This can help to even out the wear on the pixels.
Use Dynamic Content: Switching to dynamic content or frequently changing the displayed image can prevent static image burn-in.
Turn off the Display: When not in use, turning off the display can prevent further burn-in.

SOOOOO MUCH of Google AI is Absolute Horse Crap and Dead Wrong.

Please stop using / quoting Google AI.

As an example - I JUST installed the Aluminum pedal assembly from Ford - and googled what size nuts the pedal assembly uses.

Comes back with 13mm.

I can promise you it was 10mm. I just finished installing it.

It is WRONG more often than it is correct.

 

[LouG]

From the Google machine.

Yes, LCD screens can experience image burn-in, also known as image retention or ghosting, although it's less common than on OLED or plasma displays. While LCDs don't suffer from the same type of permanent burn-in as OLEDs (where individual pixels degrade), they can exhibit temporary image retention where a static image leaves a faint, ghost-like imprint. This is caused by uneven aging of the liquid crystals and polarizers due to prolonged exposure to a static image.

Here's a more detailed explanation:

Temporary vs. Permanent Burn-in:
LCDs are more prone to temporary image retention, where the image fades away after a short period or when the screen displays a different image. Permanent burn-in, while less common, can occur with prolonged static image display, especially at high brightness and contrast.


How it Happens:
Static images, like logos or game HUDs, cause certain pixels to work harder and degrade faster than others, leading to uneven aging of the liquid crystals and polarizers within the LCD panel.


Factors that Contribute:
High brightness, high contrast, extended display time, and the presence of static elements in the displayed content can all accelerate the burn-in process.


Mitigation:
Pixel Shifting: Some displays have a "pixel shifting" feature that subtly moves the image around, preventing any single pixel from being constantly illuminated in the same location.
Reduce Brightness and Contrast: Lowering these settings can help reduce stress on the pixels and slow down the aging process.
Run a White Screen Saver: This can help to even out the wear on the pixels.
Use Dynamic Content: Switching to dynamic content or frequently changing the displayed image can prevent static image burn-in.
Turn off the Display: When not in use, turning off the display can prevent further burn-in.

This would be TV's?
I think it's little different for a car infotainment system.

 

[LouG]

SOOOOO MUCH of Google AI is Absolute Horse Crap and Dead Wrong.

Please stop using / quoting Google AI.

As an example - I JUST installed the Aluminum pedal assembly from Ford - and googled what size nuts the pedal assembly uses.

Comes back with 13mm.

I can promise you it was 10mm. I just finished installing it.

It is WRONG more often than it is correct.

It's not called artificial for nothing.

 

[roket]

for LCDs in general, burn-in isn't much of an issue. the cheaper ones may have image retention, but that's not permanent. automotive grade LCDs are not going to burn in, though. they have very special parameters and specs and are basically purpose built for automotive uses. modern OLEDs can also burn in, but you have to be fairly negligent about it. but OLEDs aren't used in vehicles to my knowledge, really only LCDs

 

[AZ_Ryan]

SOOOOO MUCH of Google AI is Absolute Horse Crap and Dead Wrong.

Please stop using / quoting Google AI.

As an example - I JUST installed the Aluminum pedal assembly from Ford - and googled what size nuts the pedal assembly uses.

Comes back with 13mm.

I can promise you it was 10mm. I just finished installing it.

It is WRONG more often than it is correct.

All Google AI does is pull data from comments on chat forums and reddit. It doesnt know whats accurate and what isnt. The amount of people on M7G that quote it is disturbing.

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