The first part, the TV, is actually the easier part. To be HDR-compatible, the TV should be able to produce more light than a normal TV in certain areas of the image. This is basically just likelocal dimming, but to an even greater extent. ...
A monitor must handle dozens of windows and interface elements, all of which may vary in brightness, expand to take up the entire screen, or disappear at a moment’s notice. Auto-dimming on OLED monitors can struggle to keep up. It can only react to what the user is doing, and that...
Monitor:Samsung Odyssey OLED G9 49"5120x1440 240hz QD-OLED HDR,LG OLED Flex 42LX3QPSA 41.5"3840x2160 bendable 120hz WOLED,LG UltraGear Gaming Monitor 34" 34GN8503440x1440 144hz (160hz OC) NanoIPS HDR, LG Ultrawide Gaming Monitor 34" 34UC79G 2560x1080 144hz IPS SDR, LG 24MK600 ...
Hot take: An OLED monitor with burn-in on the panel would *still* be a better looking monitor than any IPS LCD, and it's not even close. IPS glow is far...
You won't have eyestrain watching higher APL images as long as the monitor is DC dimming. OLED has flickers. A higher APL will give eyestrain easily on OLED. Night scenes can have high APL. You just don't see them in a more realistic way. If you keep seeing images like these you wi...
I actually much preferred the local dimming on the Sony, despite fewer zones, over the ProArt FALD I tested. That said, I sit a lot closer to a monitor, and I do things that make blooming much more noticeable when working on the desktop, in Discord, on websites, etc. The TV doesn...