Advantages of esports displays

    FPS represents the number of screen updates per second. The continuous frames we usually see are composed of still frames, each frame is called a frame, and FPS is a physical quantity that describes the rate of change of the "frame". Generally speaking, people believe that 20FPS is the minimum standard for running RPG games, but for high-speed games such as CS and Ultimate Speed, 60FPS is the only way to achieve ideal results. However, in professional esports competitions, high FPS allows players to see every detail of the competition process more clearly, including the opponent's movement, the control of the aiming star, and so on. If there is any discontinuity, it will affect the player's performance, which can be said to be "the victory or defeat of a master lies in the distance". However, the refresh rate of the display is not equal to that of FPS, and the refresh rate does not change with changes in image content. If the refresh rate of the display is set to 60Hz and the frame rate of the image generated by the graphics card is 100FPS, the image that the end user sees is still 60FPS. In order to balance the relationship between the two, the concept of "vertical synchronization" was born. When vertical synchronization is turned off, the graphics card performance is maximized by no longer waiting for feedback signals from the display.

Realize clear images, allowing for viewing of stunning images from any angle. Bring ultra-high static contrast ratio and enjoy more vibrant and bright images. It can solve problems such as screen tearing and stuttering, provide a smooth gaming experience, and provide players with important competitive advantages. Eliminate image tearing and minimize image pauses and input lag as much as possible. The scene is instantly presented, the goals are clearer, and the game is incredibly smooth, ensuring that the distance between the eyes and each point on the screen is closer, which can give users a sense of immersive experience. 1 millisecond quick response for a smooth gaming experience and smoother screen switching.

    It has a very low input delay and solves the problem of image tearing, making the image smoother. Many players believe that turning off vertical synchronization can achieve higher frame rates. Although this may be the case in theory, it is not the case in reality. The actual observed frame rate is constrained by the current refresh rate of the display, which can have a negative impact on the game graphics. Generally speaking, turning off vertical synchronization can cause two problems in game graphics: misalignment or breakage of the graphics, and frame skipping.

    How to solve this problem? After years of research, technicians have launched professional displays specifically designed for esports players. It can effectively solve the problem of mismatch between display refresh rate and graphics card output frame count, presenting a smooth esports gaming experience. Whether it is the misalignment, breakage, or frame skipping of the screen, the tail dragging phenomenon that occurs on the LCD display can have a serious visual impact on feverish game players, making the screen uneven and inconsistent. Therefore, while enabling the "vertical synchronization" function of the graphics card, maximizing the physical refresh rate of the display is the top priority. For high-level enthusiasts and even professional esports players, FPS must reach 100 or above in order for them to feel coherent. However, if a display with a refresh rate of 144Hz is used, it can reach the FPS limit that can be recognized by the human eye. This is why we see many high-end enthusiasts almost crazily pursuing high refresh rate professional esports displays