You do lose details in the sense of how much attention everything on screen gets. When looking at something, you don’t process everything in your FoV equally - for example you don’t notice lower resolutions outside your focus area.
I didn’t know that, thank you! I was going to look into a Framework laptop when my ancient clunker finally bites the dust. Knowing that they have a 3:2 makes them even more appealing.
Since they announced their AMD based system, I was waiting until they would become available where I live. As soon as they did, I ordered one and it’s without a doubt one of the best laptops I ever had (the surface pro is also very high on that list), and on top of that it’s very customizable, repairable and upgradeable.
Hell yeah man, 4:3 CRT monitors are superior in almost every way. I have a monitor that does up to 1920x1440p@75hz, but the best ones do up to 2048x1536@80hz. Crazy.
I grew up with crts. Crts had misconvergence, blooming, pincushion, lack of contrast and flicker like a fluorescent light even at higher refresh rates.
I’m fine with bad latency compared to all the problems of CRT’s.
Depends. If you have a quality CRT monitor, the only problem is blooming. Misconvergence and geometry in general is really only a problem with low end models or large tubes. At higher refresh rates, there’s absolutely no flicker either.
Where did you get that with the contrast from? They look way better than any LCD, though OLED can come close or even surpass them.
Except when talking about motion clarity of course, which is something that somehow still can’t be beaten by modern technologies. Every display that isn’t a CRT just looks so blurry during motion. It makes a world of difference for games.
Since I got a nice CRT monitor, I hate playing on LCDs. Kinda regret getting that thing now.
Misconvergence and geometry in general is really only a problem with low end models or large tubes.
From the 1980’s to 1990’s I had a 13" Seiko Trinitron, then a Mag 15", then ViewSonic 17". None were low end. All had misconvergence and geometry problems at their highest resolution.
If you only game on it you’ll never notice. But I coded and played with CAD for fun. There was no adjustment, even with opening up and adjusting the tube chokes (which I did) that could get every corner perfectly converged and have absolutely perfect straight lines on all sides simultaneously.
The point is how much you can see without moving your eyes.
Yeah we can technically see a pretty wide range but that’s mainly peripheral. You can’t really make out details unless you move your eyes to look directly at something.
Whereas prey animal eyes aren’t supposed to be super detail oriented in the first place. So they can see more without moving their eyes to look directly at something because details aren’t important.
That’s how I read it. If a narrow screen helps you see the details, it stands to reason that the high resolution part of your vision is narrower. The diagram is pointing to the prey to want a narrow monitor to fit where their vision is best.
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