Actually a different issue. With CRTs and plasma, burn-in would actually burn an image into the phosphors of the screen.
OLEDs will slowly burn out after continued use, usually starting with the blue LEDs, giving a similar appearance, but not exactly the same (for example, you can only see the image persistence when displaying an image).
LCDs don’t have either issue, but sometimes crystals can get stuck in a specific orientation, leading to (usually temporary) image retention. Gets worse in very cold weather. This is rare, though.
It would take thousands of hours with literally no image movement/change for a CRT or LCD to get burn in. Yes, technically every TV/monitor is capable of getting it, but functionally they really don’t. That’s why (generally) the only examples of CRT burn in you find are hospital monitors and such.
So the same issue we’ve always had with crt, lcd, and plasma.
Actually a different issue. With CRTs and plasma, burn-in would actually burn an image into the phosphors of the screen.
OLEDs will slowly burn out after continued use, usually starting with the blue LEDs, giving a similar appearance, but not exactly the same (for example, you can only see the image persistence when displaying an image).
LCDs don’t have either issue, but sometimes crystals can get stuck in a specific orientation, leading to (usually temporary) image retention. Gets worse in very cold weather. This is rare, though.
Doesn’t QD OLED fix this? Because the actual OLED part of it is only the backlight, then color filters produce the other colors
I don’t have personal experience with it, so I don’t want to talk out of my ass.
It would take thousands of hours with literally no image movement/change for a CRT or LCD to get burn in. Yes, technically every TV/monitor is capable of getting it, but functionally they really don’t. That’s why (generally) the only examples of CRT burn in you find are hospital monitors and such.