How to choose a monitor so that the pixel is larger?

Question

Health and computer

Due to eye fatigue, I wanted to choose a larger monitor. However, all monitors have almost the same pixel size, so larger monitors only have a higher resolution, and the text size, for example, will be the same.
I would like everything to be proportionately larger in size. Enlarging the font individually in each program is long, tedious and not always possible, or the result is unacceptable.
Set the monitor to a lower resolution - the text is unevenly blurred and you get even more tired. Probably, if it were possible to set the resolution exactly 2 times less horizontally and vertically, the result would be better. But the most popular resolution is now 1900x1080, in half it turns out 950x540 - this does not happen at all.
How is this problem solved?

Answer 1

Ummm, Windows seems to be perfectly customizable in this regard, you can adjust both the font size in the system, and use special contrasting themes, or a screen magnifier in addition

Answer 2

You are wrong, assuming that the pixel only decreases. The trend is there, but there are exceptions.
Since working at a resolution of less than 1366x768 is simply inconvenient IMHO, the options are as follows: Take a modern 27 "monitor with a resolution of 1920x1080
- a pixel of about 0.31mm.
Take an ancient 19" 1280x800 = again 0.3mm
-dot pitch will be generally 0.37mm.

Answer 3

Why not just change the resolution to a larger one or wear glasses?

Answer 4

@SLY_G , you've got a bit of a "miss" with the math... FullHD resolution is 1920x1080 , and there is a multiple of it , it's 960x540. But, in my opinion, this is not enough for most cases.
There are several more options for solving the problem (where the resolution of XXX to YYY is greater), but they are very dependent on the budget.

Answer 5

@SLY_G , here is one of the options you have already identified yourself, this is a TV.
There are two nuances here: positive and negative. I'll start with the bad: the matrices and backlight in most TVs are focused on viewing from a distance significantly greater than when working in monitor mode. Therefore, TV for your case must be "chosen with your eyes." The good thing is that there are TVs with a resolution lower than FullHD, and, accordingly, a larger dot size. Resolutions known to me: matrices in TV: 1680x1050, 1440x900, 1366x768 (the most common non-FullHD ), 1280x768, 1280x720, 1024x768.
Now about monitors, personal experience and impressions... I have eye problems with the massive arrival of cheap LED-backlit matrices. After I "felt" with my eyes a large number of options, I determined that for me personally the problem is not so much in the small size of the image element, but in the backlight with low-frequency PWM. It happened that 10-15 minutes. work on such a matrix not only "eaten away" the eyes, but also literally "demolished" the head because of the seemingly unreasonable pain that began. Still, although CCFL provided a worse picture, it smoothed out pulsations and their consequences for the eyes due to at least some inertia. As a result, a BenQ BL2411PT was installed at one of the two workplaces a couple of months ago (report on the model: one , two), 24", 1920x1200, often I have to use long vertical tables with small print - then I expand it to "portrait" and set the resolution to 600x960, it's quite normal.
At another workplace, there is still an old 19 "CCFL, 4: 3, 1280x1024. By May I'm going to install something ~ 27-30 "with a resolution of 2560x1600 (if necessary, a multiple, respectively, will be 1280x800).
UPD : At the request of one of the clients at their office, I solved the "small pixel problem" in a limited budget. Were purchased monitors BenQ BL2201PT.For the money - candy.Everyone is happy.I myself often work there for these monitors - everything is OK .

Answer 6

Where can I find out for sure if a font is free?