What is a 144Hz screen? Is there a big difference between a 144Hz and a 60Hz monitor

What is the screen refresh rate? In simple terms, the screen refresh rate refers to the number of times an image appears on the screen per second. The higher the refresh rate, the smaller the display interval between two adjacent images, so the more dynamic coherence the picture will be displayed.

testufo** is a more common screen refresh rate test software, through the **test 144hz screen can be seen, the dynamic picture coherence of the 144hz option is very good, and the human eye can clearly capture the image details by following the image; The 72Hz dynamic picture has good coherence, but it is no longer able to capture the details of the portrait; 36Hz is already showing picture shake and image afterimage problems.

Note:**Shooting,**Recording can not directly and truly restore the visual experience of the human eye on the screen refresh rate,It is recommended that you can find the surrounding high refresh rate display screen to log in to testufo**Actual experience,Web page screenshots will fix the number of frames,You can't directly see the actual difference,The actual difference is very large。

Compared with the 60Hz screen, the interval between each image display is shortened by more than half, which not only greatly improves the smoothness of the picture, but also allows our human eyes to recognize the details of the picture more quickly, which can improve our response speed in the game to a certain extent.

HumanBenchmark** is a web page that measures the responsiveness of users by their reaction to the appearance of green screens and their reactions to clicks. For example, the author's test score on a 60Hz screen is 275ms, while on a 144Hz screen is 203ms, and the picture response speed is improved by about 25%.

<>So will the 60Hz screen be eliminated? Actually, the answer is no. The high refresh rate of the screen will not have any significant advantages in general use cases.

For example, the movie has a fixed number of frames, generally around 24 to 60 fps, not higher than 60 fps, so there will be no significant difference between the display effect on a 60Hz screen and a 144Hz screen.

However, in games, the frame rate of the game is generally non-fixed, and is obtained by real-time rendering by the graphics card. As long as the graphics card is high enough, the frame rate of the rendered picture may be higher than 60fps. When the FPS > 60, the 60Hz screen will be limited by its own hardware support, and can only reach the picture smoothness of FPS=60 (of course, the higher the FPS, the more smooth it will be).

As the saying goes, "the master has a trick, the victory or defeat is often in an instant", the high refresh rate screen can provide more image information to e-sports players, and then allow players to have more time to react and improve their winning rate, which is why the high refresh rate screen is called the "e-sports screen".

If you're an esports gamer, especially an FPS enthusiast, then the gaming experience on a 144Hz screen is definitely significantly greater than a 60Hz screen.

The 144hz screen improves the refresh rate of the screen itself, and the picture is smoother. This is also the reason why esports players choose 144hz displays. Of course, the cost of the 144Hz screen will be much higher than that of the ordinary screen.

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To a certain extent, the difference between the display 144Hz and 60Hz is very large, 144Hz is the frame rate of 144 frames per second, and 60Hz is the frame rate of 60 frames per second. The higher the refresh rate, the smoother the picture, and the more images you see per second, the clearer the picture quality. If you compare the screenshot with the 144Hz and 60Hz screens, you can find that the 144Hz picture is clearer and can capture more details.

Precautions for the use of liquid crystal displays.

Do not allow liquid to spill inside the monitor, turn off the power if you need to clean, spray the cleaner on a soft cloth and gently wipe again.

The LCD is a glass product, so it should avoid collision and vibration when moving.

There are multiple layers of film on the surface of the liquid crystal display, it is strictly forbidden to cut with sharp objects, and it is strictly forbidden to disassemble the liquid crystal display at will.

If you display a fixed screen for a long time, the brightness will decrease and the image will be retained, so it is recommended to use a screensaver.

The above content refers to Encyclopedia - Screen Refresh Rate.

The differences between 60Hz and 144Hz are as follows:First, in terms of refresh speed.

The screen can be refreshed up to 60 times per second for a Hz monitor and 144 times per second for a 144Hz monitor.

2. Frame rate.

The 60Hz display can display up to 60 frames per second, while the 144Hz monitor can display 144 frames.

Second, fluency.

A normal 60Hz screen can only refresh 60 times per second, while a 144Hz screen can refresh 144 times per second, so the number of frames that can be displayed at the same time.

Higher, smoother graphics, but with UI, software, games, and more.

3. Other differences.

Except for the refresh rate.

In addition, the 60Hz and 144Hz screens are also possible in the color gamut.

There are differences in brightness and other aspects, and you can't rely on a refresh rate alone to determine the quality of a screen.

1. First, right-click on everyone's computer screen and click on "Screen Resolution" in the run box that appears.

2. Then click "Advanced Settings".

<>4. Finally, modify the refresh rate of the monitor with "Screen Refresh Rate", and then click "OK" to view, you can judge whether it is a 144Hz monitor.

The difference is not significant. In fact, playing small games, such as Lianliankan, fighting landlords, etc., or watching**, surfing the Internet, watching movies, 60Hz and 144Hz monitors are really difficult to feel the difference. And playing MOBA-like lol and dota for a short time is not obvious.

But playing FPS games is different, such as CF, LOL and other game effects are more obvious, and you can directly see the smooth and silky smoothness of 144Hz.

Refresh rate. The refresh rate of a display is divided into vertical refresh rate and horizontal refresh rate. The vertical refresh rate, also known as the field frequency, refers to the number of times the display refreshes the display screen repeatedly per second, which is expressed in Hz.

This refresh rate is commonly referred to as the refresh rate; Horizontal refresh rate, also known as horizontai scanning trequency, refers to the number of times a monitor scans a horizontal line per second, measured in kHz.

The vertical scanning frequency is measured in MHz and is determined by the horizontal refresh rate and the screen resolution, and the vertical refresh rate indicates how many times the screen image is redrawn per second, which means the number of screen refreshes per second.

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There is a big difference between 144Hz and 240Hz monitors, and compared to 144Hz monitors, 240Hz monitors have a higher refresh rate and better image stability, which can reduce stuttering when moving the camera in games.

In addition, at the 240Hz refresh rate, there are high requirements for hardware such as graphics cards. Even NVIDIA's top-of-the-line GTX1080T flagship graphics card is difficult to eat smoothly with full special effects at 2K image quality and 240Hz refresh rate, which means that there are limitations in hardware and the cost is very high.

Set the refresh rate of the screen.

It is recommended that users should figure out how much the refresh rate of the screen can be high at different resolutions before adjusting, which is generally available in the manual, if there is no manual, there is also a certain amount of experience to find.

Generally, a 15-inch screen can reach 75-85Hz under 800 600; A little better can go up to 110hz, and at 1024 768 it can go up to 85hz. And the general 17-inch is the same as the good 15-inch, of course, the excellent 17-inch can go up to higher, which should be subject to the manual.

The above content refers to Encyclopedia - Screen Refresh Rate.

144Hz and 2K144Hz and 1080 240Hz have the following differences and 2K represents the resolution of the display, 1080 represents the display with 1920 1080 pixels, and the mainstream 2K resolution is 2560x1440 pixels, the higher the resolution, the larger the display range, and the higher the performance requirements for the graphics card Hz and 240Hz represent the screen refresh rate of the display.

In short, if the performance of the graphics card is high enough, a 144Hz display in a game can reach 144 fps, and a 240Hz display can reach 240 fps. 3. When the resolution is 1080, the frame rate can reach more than 100 frames, but at 2K resolution, the frame rate can only reach about 60 frames. So the GTX10709Ti graphics card can reach more than 100 frames per second in the Jedi Survival game with a resolution of 1080.

It's best to have a 144hz monitor with 1080 resolution, or a 2k 60hz monitor will do, you don't need to have a 240hz monitor with 1080 resolution.

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144Hz is what we commonly call the gaming screen, with rich colors and clear picture quality, suitable for FPS games. Of course, it's also more expensive than the regular 100hz, or even twice as high.

Therefore, the higher the refresh rate, the better the player's performance in the game. For ordinary users, maybe the feeling brought by 144Hz is not obvious, and even for some gamers, 144Hz is not necessary, but for FPS gamers, in the face of high-speed motion game screens, a 144Hz monitor must be a must.

Monitor considerations.

Try to place the display away from the enemy with a strong magnetic field, such as high-voltage lines, audio, etc., otherwise the picture tube is easy to be magnetized by the strong magnetic field.

The contrast ratio is set to the maximum, and the brightness is set to about 70 percent, which is good for the eyes and can also increase the life of the display.

Keep dust out of the monitor, and if there is dust, wipe it with a soft, dry cotton cloth. Be careful not to wipe it with a cotton cloth that is too hard or stained with water and detergent, as this will damage the radiation film on the surface of the monitor.