LG Display set to launch its own 27 and 32-inch OLED panels in 2023

Caporegime
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I just seen this

According to reports, LG Display is set to start producing 27- and 32-inch versions of its OLED panels later this month​

with the first products making use of them due to arrive in the New Year.​


 
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how would an OLED work with burn in for a monitor? is not as a big an issue as it is in my head?
It's likely still an issue but probably not as much as with older OLED's. If you look at some of the reviews of LG OLED tv's (and in some linus vids featuring LG TV's) they mention a software tool to 'reset' the OLED burn in etc.

Personally I'm more interested in cost... most OLED's are pretty expensive, especially when you hit 4K resolutions.
 
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If you look at some of the reviews of LG OLED tv's (and in some linus vids featuring LG TV's) they mention a software tool to 'reset' the OLED burn in etc.
Except there is no fix or reset:
Burn in is caused by uneven degradation of those fragile and limited life span from the start organic compounds in different pixels being under different amount of stress.
Individual pixels which have to produce more light simply degrade faster than their neighbours.
And that's why OLEDs hate static content, especially at higher brightness/contrast.
Question is only about if you can get reasonable usage life before burn in.

Now there might be some ways to measure that degradation of pixels and try to compensate for it...
But no matter how it's done it has repercussions either to brightness, or further increased wear of already degraded pixels.


Samsung's QD-OLED also suffers from same basic flaw of OLED.
Though efficiency should be better meaning OLED's are under less strain for same brightness and hence have slower degradation.
Also colours are superior to LG's WRGB, whose white subpixel "contaminates" output when ever it lights up.
 
Very good news, we really need oled to become mainstream in monitors
Should be just with RGB subpixels instead of WRGB for actually high end colour gamut and no further gamut/colour purity compromise at higher brightness.

Samsung got that one better.
Same for JOLED, whose panel is used in those LG's ludicrously priced 60Hz monitors.
 
Except there is no fix or reset:
Burn in is caused by uneven degradation of those fragile and limited life span from the start organic compounds in different pixels being under different amount of stress.
Individual pixels which have to produce more light simply degrade faster than their neighbours.
And that's why OLEDs hate static content, especially at higher brightness/contrast.
Question is only about if you can get reasonable usage life before burn in.

Now there might be some ways to measure that degradation of pixels and try to compensate for it...
But no matter how it's done it has repercussions either to brightness, or further increased wear of already degraded pixels.


Samsung's QD-OLED also suffers from same basic flaw of OLED.
Though efficiency should be better meaning OLED's are under less strain for same brightness and hence have slower degradation.
Also colours are superior to LG's WRGB, whose white subpixel "contaminates" output when ever it lights up.
I never said it actually worked to the point where it would make it like new.... hence the apostrophe either side of the reset...but they do sell it with said tools which is supposed to help with burn in etc.
 
If you are sensitive to burn in or want to use the monitor in a very bright room then OLED isn't for you

Burn in happens on all OLEDs even Samsung's fancy version and the OLED screens used in phones
 
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Are they going to sort out the sub-pixel arrangement for crispy text thooooooo.
Nope.
Instead of JOLED's RGB panel they're going to use their WRGB with its negatives also for colours.

What's with these Korean companies that they can't use standard subpixel layout?
(And why they didn't mention anything about refresh rate?)
 
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