High resolution screens are more eye shattering than ordinary screens?

This statement should not be objective enough, I don't know what you mean by eye destruction?

The high-resolution screen is generally used in environments with special needs, such as workstation computers need multi-program parallel operation, and information is related to each other, high-resolution screens can display more windows and more content on the same screen, such as computer graphic design, CAD design, high-resolution screens can display more operation buttons and toolbars on the premise of ensuring the display of the original design drawing, and can reflect more details, such as gamers, high-resolution screens can obtain better visual effects and more perfect game experience; For example, in a professional monitoring environment, the high-resolution screen can display more monitoring screens on the same screen without affecting the display clarity, and the above is just a list of several uses.

But in the case of ordinary computer applications, the high-resolution screen is not necessarily suitable, the high-resolution screen means a smaller point distance, and the picture and image display are more refined at the same time, and the long-term ** display screen will be more likely to make the eyes strain than looking at the ordinary screen, do you mean this?

Therefore, it is recommended that netizens buy monitors not to blindly follow the trend,Or misleading,If it's just an ordinary application,Such as surfing the Internet、Look at ** and documents,Standard resolution monitors are fine,Don't blindly buy high-resolution displays。 In addition, the current display is often inches, or even larger, so the distance of using the display should also be farther, at 40 60 centimeters, it will also reduce the damage to the eyes and radiation to the body!

No, it won't. Otherwise, what about the significance of high-resolution screen production.

The impact of resolution on vision is relatively small, relatively speaking, the visual fatigue caused by low-resolution screens is more obvious than that of high-resolution screens, and the main effects of displays on vision are radiation and refresh rate.

The LCD screen itself has no radiation, but lighting the LCD screen requires an electronic circuit to generate a high voltage to push the backlight board of the LCD screen. This high-voltage circuit can produce weak electromagnetic radiation, note that "electromagnetic" is not "nuclear", it is not radioactive. Our environment is flooded with electromagnetic radiation from various radio waves, such as mobile phones, television, radio, electronic dogs, walkie-talkies, etc.

The screen refresh rate is the rate at which an image is updated on the screen, that is, the number of times an image appears on the screen per second, and it is measured in hertz (Hz). The higher the refresh rate, the less flickering the image on the screen, the more stable it is, in other words, the better the protection of your eyesight. The average human eye is not easy to perceive the flickering sensation caused by the refresh rate above 75Hz, so it is best to adjust the refresh rate of your graphics card to above 75Hz.

I wear glasses,,, the kind I use to look at the computer.

Of course, the high-resolution screen is less harmful to the eyes.

To put it simply, the advantage of a high-resolution screen is that the working area is enlarged, and more content can be displayed at the same time, allowing users to do multiple tasks at the same time without frequent switching, to give a few examples of the correct use of high-resolution screens, UXGA (1600X1200) resolution screen, you can open 4 IE windows at the same time to browse the complete web page, WUXGA (1920X1200) resolution screen, when you can display Word files at 100%, It also displays a large excel**.

In contrast, the average XGA (1024x768) resolution screen can only display one IE window in its entirety at a time, and 100% of the Word file can be displayed, and it is necessary to switch and scroll the windows frequently to do multiple tasks at the same time, which reduces the efficiency of the work.

The high-resolution screen is designed for those who need to do multiple jobs at the same time, or those who need a large working area (usually professional software), photoshop processing** example, most of the tools can be directly put out without switching, and it is easy to run numerous programs at the same time on the high-resolution screen, in a word: the high-resolution screen does not let you only look at one window at a time.