Prices of these monitors are ridiculous. You can get an OLED TV at this price (or cheaper), run a custom 3840x1600 res on it and get 120 Hz, perfect blacks and awesome HDR.
Did you miss the part where this is QD-OLED, i.e. a more advanced OLED technology than literally every TV on the market? Sure, monitors are generally stupidly expensive, but this is ... kind of understandable, in a way. Certainly more understandable than $900 edge-lit 2160p HDR400 (or at best 600) 144Hz IPS monitors, that's for sure.
Exactly this.
When VESA started their DisplayHDR spec it was clear as day - literally - that it served shitty LCDs with overtuned backlights. Even so they 'needed' 4-5 different labels to create product segmentation where anything up to and IMHO including HDR600 was just a total PoS, or more of the same nonsense we saw ever since marketing invented 'dynamic brightness'. Its just the next step really to fool us into thinking what we have now is some sort of standard...
Meanwhile after several decades of 'innovation' the only real gain over CRT is resolution and perhaps color accuracy. Not motion response; not black levels and not even static contrast. All those are thrown in the shitter with LCD no matter how many cool stickers you invent.
Vesa then saw OLED enter the market and finally managed to adopt a real standard... even still needing several stickers but now the standard is in fact 'honest' - it provides limitations for a tangible improvement in your viewing experience. True Black is really just 'any self emissive display' and yet, by being yet another sticker in the VESA stickerworld, fooled customers compare it to LCD stickers as if that is even remotely comparable. And VESA achieved some level if credibility and even premium 'feel' for so called 'top' HDR1000 screens.
LCD is still inferior as it always will be. 1000 nits meant nothing other than more fools and money parted while looking straight into a light bulb. Common sense, really, should have dictated extreme peak brightness is never going to be comfortable looking at. The real differentiatior was always 'static contrast'; the reason VA was a nice in between over IPS.
HDR is ultimately 'contrast steps'. If your black 'floor' is low, you have much better control over the entire brightness range. Its a total no brainer OLED is most capable here.
IMO LCD definitely has its uses - as I noted in my first post here I'm still skeptical of OLED for my main desktop monitor due to image retention (a lot of mostly static windows for most of the time on there), and for the living room, which is rather bright, we went for a Samsung Q80 which we've been very happy with. And considering it at times has been
just bright enough, an OLED wouldn't have been acceptable in the same location. I'm not particularly sensitive to blooming though, but I can't say I've ever really noticed it at all.
Still, VESA's standards are, as you say, crap.
HWUB recently covered just how broken their testing systems are as well, which is downright atrocious (they don't even require their contrast measurements to be made on the same image!), which renders the regular HDRXXXX standard essentially useless - they can be cheated quite easily, and you can pass even HDR1000 with a pretty crap display, as seen in that link.
That is why the LG C2 42-inch will be a wicked option for gaming.. you get so much more than just a simple computer monitor
But you also get some pretty serious drawbacks - a "monitor" that you need to manually switch on and off every time you turn on your PC, that doesn't go to sleep when the PC does or when the PC turns off the monitor, that makes you navigate a relatively slow and clunky OS for simple things like input switching, etc. And no DP or USB-C inputs, of course, or USB hubs or other basic monitor features. Minor annoyances to some, major to others, but they're there regardless.
Does anyone else prefer flat screens vs curved? Having tried 2 different curved widescreens, and gone back to flat, for some reason didn't appreciate the curve
Curved for a 16:9 panel at reasonable sizes (</= 32") doesn't make much sense - there's a relatively small combination of viewing distances and screen sizes (particularly widths) where it does. Ultrawides are another thing entirely though, as their with is so extreme that the curve dramatically minimizes the change in viewing distance between the centre and edges of the screen. A flat ultrawide at a desktop viewing distance would be
really difficult and tiring for your eyes to pan around, as they would need to noticeably refocus between the edges and the centre. And, of course, you'd be far enough to the side of that part of the panel that you'd likely start noticing colour shifting on a VA panel or severe IPS glow on an IPS. None of these issues are relevant on a 16:9 panel at the same viewing distances unless it's
huge.