LG announces the first 1440p 240Hz OLED monitor and it only costs $999
techspot.com
techspot.com
I check every 6 months and either they're expensive as all hell, they're so large they're meant to be used at 1x scaling, or they're plasticky "Republic of Gamers" crap with terrible color reproduction metrics.
Tearing is minimal and I couldn't notice any lag compared to the previous 1080p 144hz TN panel. Granted it still has the RGB ring thingy but that's pretty easy to disable permanently.
If you get two it's the closest thing to a 7680 x 2160 screen you can get, bezels on the higher end LG product lines are the thinnest I've seen.
Worth noting, you need a very updated GPU, Nvidia 3000+, to get 144hz, otherwise it's 120hz. Not sure about the AMD story (but this monitor is G-Sync anyway)
For professional design work, nothing beats the XDR or studio display from apple but capped at 60hz.
Also, samsung and Gigabyte build is really cheap plastic. Display is fine for the price.
Frame interpolation can't help low framerates. At <= 60fps any extra lag and interpolation distortions are noticeable. OTOH faking 120fps -> 240fps adds little latency in real terms, and will have less movement to compensate for. Then it changes question from why bother using 240fps, to why not if it's basically free?
Definitely eye'ing this monitor. I just upgraded our TV to a QD-OLED panel and it is phenomenal. Very hard to go back to a regular LED panel after that.
I'm the developer and have the same exact use case: viewing one window at a time on a single space, instantly switching between them.
I used to map those hotkeys manually using Karabiner, skhd or BTT before, but I figured a semi-dynamic tool might fit this better.
Another thing that's useful for me is using yabai (https://github.com/koekeishiya/yabai) with its Stack layout, which automatically maximizes any window (with or without padding if you want)
Basically:
brew install yabai
Then add this in ~/.yabairc yabai -m config layout stack
Then start yabai and add it to launch automatically at login: brew services start yabaiI have a dual monitor setup including a 48" OLED and Love it. It's the perfect size and I will not go smaller ever again. I can sit back in my chair and still be able to read everything.
The 48" monitor is exactly the same size as two 27" monitors in portrait, so it's great for two windows next to each other - say if I'm programming on the left and have stackoverflow on the right.
The other monitor is mostly for stuff I'm not using at the time, like foobar2k or some window that I want to keep an eye on but don't need to use at the moment. Or youtube.
I just like that I can lean back in the chair with my head resting on the headrest and read everything.
Just imagine four 24" monitors in a 2x2 arrangement, and that's how big it is.
48" is my size though, I don't want larger or smaller, I'm set.
Some people mount them to the wall behind their desk.
The only monitor I found was an apple studio monitor.
The LG one is 5+ years old and the build isn't great.
So there's two options.
Rest of the manufacturers are using 4K panels.
It is extremely challenging to find even 4K monitors nowadays, even though it shouldn't be. I look at vector graphics, I need those pixels! But almost nobody gives them to me.
LinusTechTips did a good comparison with an actual pro player iirc.
Sounds boring, I know, but honestly the thing I love most out of my 280 monitor is how nice and snappy the mouse moves around. It's neat.
It is very easy to move the mouse cursor across the screen in less than 100 ms, in which case on a standard 60 Hz monitor you will see less than 6 images of the mouse cursor jumping across the screen, instead of a continuous movement.
Does it make a difference? I think so: When working with music software, the difference between those latency numbers are very noticeable. Around 5ms you stop noticing the latency itself, but down around 2-3ms a new perceptual effect appears: It feels physically real. It’s perceived as a kind of heft or tautness. It’s quite clear when you’re playing a software synthesizer and turning knobs and try different buffer settings.
The brain is capable of sensing the timing difference between touch and vision and sound if you change the delay of the stream of sound.
I’m fairly sure the vision system would also allow for a difference in feel if we change the delay on the video stream.
Of course, more frames per second isn’t the only way to do it. You can theoretically run at a lower framerate while simply always guaranteeing that the frames you do show are very very new.
How common was it for CRTs to go faster than that?
What does that statement mean? Does this monitor support the GPU frame syncing or not?
Nevertheless, I hope that in a not too distant future there will be affordable high quality 4k >=120 Hz monitors.
Before the transition to LCD monitors, almost 2 decades ago, few CRT monitors were so bad as to not have at least a 90 Hz frame rate. Their better responsivity and rendering of movements were very noticeable in comparison with their LCD successors, even when ignoring the pixel remanence problems of the early LCD monitors.
The transition from CRT to LCD was a great improvement in size, weight, geometric distortions and screen flicker, but it was a visible regression from the point of view of the lower frame rate.
Hopefully, this will be corrected eventually, so that it will be no longer necessary to choose between a 4k resolution and a high enough frame rate.
I do a small amount of gaming, but not much.
As a programmer who suffers from both -12.00 nearsighted eyes, I really hope those LCD/LED panel makers produce a 40+" 5K x 2K curved panel with 350+nits brightness. So that I can have a single big enough screen to code and debug with fine clear texts on dark background. But the 40" 5Kx2K models from LG and Dell are just too dark.