Gamers all know the importance of e-sports displays, and when purchasing monitors, they will also focus on choosing high-refresh rate and high-resolution products, but many monitors are under the banner of e-sports, but the actual experience is not much optimized, and the price is still inflated, which requires players not to be blinded by publicity.
We know that high brush is a basic parameter of e-sports displays, but there is no consensus on how much high brush is, and for the refresh rate, as long as it is higher than 60, it can be counted as a high brush, but some refresh rates are higher than 60, but they cannot bring much experience.
In general, 120Hz is the starting point of high brushing of e-sports displays, common e-sports display refresh rates are 120Hz, 144Hz, 165Hz, 240Hz, etc., and many monitors hang 75Hz, 90Hz claims e-sports displays, this product does not add money to buy.
One parameter that is often overlooked by gamers is the response time, here is a brief introduction, the response speed is the response speed of the LCD panel of the monitor to the input signal, and the slow response speed of the monitor will cause the screen to not keep up with the graphics card.
There may be players who feel that the response speed of 5ms is fast, after all, the human hand-eye reaction speed must be hundreds of milliseconds, but it should be noted that the high refresh rate of 144Hz means that the interval between each frame is only about 7ms, if the response time reaches 5ms, that is, the next frame of the picture is to be refreshed, the display will all synchronize the picture to the screen, and the afterimage that appears will affect the display experience.
The response time of the general e-sports display is 2ms or even 1ms, if there is a response time of 4ms or even longer, then the display claims that e-sports are most likely to deceive you.
Another parameter that is less likely to be noticed is the dimming mode of the monitor, because the gamer will use the monitor for a long time, so the dimming mode of the eye protection should also be paid attention to, and the DC dimming should be preferred.
The reason why PWM dimming will damage vision is because the frequency of some dimming is not high, although we are not aware of it, but its essence is still a continuous bright - extinguishing process, which will cause a frequency flicker impact on the eyes, which is easy to cause visual fatigue.
Of course, it is not that the PWM dimming display is not good, if the need to upgrade the display, PWM dimming products can also be selected, but it should be noted that the dimming rate is as high as possible, giving priority to thousands of hertz dimming display, so that the impact on vision can also be done less.
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