144 hz has more frames per second than 60 hz, but it makes no difference to ordinary users. 144 hz displays have a picture refresh rate of 144 hz per second.144 hz displays mostly appear in e-sports games, but this requires game support and computer support.
The refresh rate is different. Of course, there are differences in hardware. One refresh of the graphics card will send a message, and the display will receive a message. But the LCD indicator is meaningless, and cannot be felt by the naked eye. The display with a high refresh rate generally has a fast grayscale response speed, which is the key reason why you feel the difference. Why is that?Refresh rate is an indicator in the era of CRT.For liquid crystal, only to maintain the existence of compatibility. The only application that makes a difference 3D displays require the video information of the left and right eyes to be refreshed asynchronously, so displays with high refresh rate can be used.Generally, it should be used with 3D glasses. What you said to him is reasonable, just from different angles
144hz feels smoother, the picture is smooth, the aiming head should be more accurate, and the gun press should be better.....However, we all know the color of the TN screen. Anyway, I can't adjust it well. If possible, I'd better use the two IPS 165HZ models
Just like the difference between solid state hard disk and mechanical hard disk, after using 144 hz, they don't want to use 60 hz anymore. People who say that 144 hz is useless are unused sour people or naked eyes who have not been trained in fps games.Specifically, 60hz refreshes the screen 60 times a second, and 144 refreshes the screen 144 times. It's like an instant when an opponent pulls a position from the bunker. The 60hz may still be a blurred figure, while the 144hz can see a clearer figure. The blurred figure may not be instantly recognized as your opponent,The clear figure, as long as it is not blind, can see that it is your opponent. It is the difference at this moment that determines the success or failure of a game.There is a picture that can instantly make you understand the difference between the two These two pictures are taken when the mouse perspective moves at a high speed. Notice that there are various obvious smears and tears on the 60hz image. 144hz alleviates a lot. The better thing is to cooperate with amd's free sync or NVIDIA's g-sync technology, which is to completely solve the problem of image smears and tears at the cost of extremely small delays. After the popularity of displays above 180hz,The slight delay will be more subtle and will not affect the operation at all
The improvement is huge. 144hz to 60hz is just like the difference between solid state disk and mechanical disk. After using 144hz, they don't want to use 60hz anymore. People who say that 144hz is useless are never used acid people or naked eyes who have not been trained in fps games.Specifically, 60hz refreshes the screen 60 times a second, and 144 refreshes the screen 144 times. It's like an instant when an opponent pulls a position from the bunker. The 60hz may still be a blurred figure, while the 144hz can see a clearer figure. The blurred figure may not be instantly recognized as your opponent,The clear figure, as long as it is not blind, can see that it is your opponent. It is the difference at this moment that determines the success or failure of a game.There is a picture that can instantly make you understand the difference between the two These two pictures are taken when the mouse perspective moves at a high speed. Notice that there are various obvious smears and tears on the 60hz image. 144hz alleviates a lot. The better thing is to cooperate with amd's free sync or NVIDIA's g-sync technology, which is to completely solve the problem of image smears and tears at the cost of extremely small delays. After the popularity of displays above 180hz,The slight delay will be more subtle and will not affect the operation at all
People who have never used it can't feel it. After using it, they will still feel 144 is better. But if you are not a high-end fps player, the improvement of refresh rate is a little small for your use experience.At least I think the mouse is more fluent when the refresh rate is high, especially in the case of high resolution
Hertz's name comes from German physicist Heinrich Rudolph Hertz.Its symbol is Hz.Electricity (voltage or current) can be divided into DC and AC.In communication applications, AC power is generally used for signal transmission.With the change of time, the amplitude of the sinusoidal alternating current signal is positive and negative, and it spreads forward with a certain energy and speed.Generally, we call the number of repeated changes of the above sine wave amplitude within one second as the "frequency" of the signal, which is expressed by f;The time required to change the signal waveform once is called "cycle", which is represented by T and is expressed in seconds.The distance traveled by a wave for one cycle is called "wavelength", which is expressed in λ and is expressed in meters.f. T and λ have the following relationship: f=1/T, v=λ. f, where v is the propagation speed of electromagnetic wave, equal to 3xlO ^ 8 m/s.The unit of frequency is Hertz, which is referred to as Hertz, and is represented by the symbol Hz.Hertz is a famous German physicist. In 1887, he confirmed the existence of electromagnetic waves through experiments.In memory of him, later generations set "Hertz" as the unit of frequency.The commonly used frequency units are kilohertz (KHz), megahertz (MHz), gigahertz (GHz), etc.In the electrical signals carrying information, sometimes there are multiple frequency components;Mark the position of all these components on the frequency axis and show the power or voltage of each component, which is the "spectrum" of the signal.The frequency range it occupies is called the frequency band range of the signal.For example, in telephone communication, the frequency range of voice signal is 300 ～ 3400 Hz;In frequency modulation (FM) broadcasting, the frequency range of sound is 40 Hz~15 kHz, and the frequency range of television broadcasting signal is 0~4.2 MHz.
