High-brightness display splicing screen is a large-screen display device composed of multiple units. It is usually used in commercial displays, conferences, studios and other scenes. It can realize a variety of splicing methods, such as horizontal splicing, vertical splicing, L-shaped splicing, U-shaped splicing, etc., thus forming an oversized display screen.

The realization of high-brightness display splicing screens mainly relies on the following technologies:

1.Display panel: High-brightness display splicing screens usually use LED display panels, which have the advantages of high brightness, high contrast, low power consumption, and long life. LED display panels can be divided into single-color, dual-color, full-color and other types. Different display panels are selected according to different application scenarios.

2.Control system: The control system of the high-brightness display splicing screen is the core of the entire system. It is responsible for controlling and managing the display panel. The control system usually includes a controller, video processor, transmission equipment, etc., which can adjust and control the brightness, contrast, color, input and output and other parameters of the display screen.

3.Splicing technology: The splicing technology of high-brightness display splicing screens is the key to realizing splicing screens. Currently, common splicing technologies include DLP splicing, LCD splicing, LED splicing, etc. Among them, DLP splicing and LCD splicing technologies are relatively mature and have the advantages of high resolution, high stability, and low maintenance costs; LED splicing technology has the characteristics of high brightness, high reliability, and low power consumption, but compared with DLP and LCD Splicing technology, its price is higher.

4.Signal transmission: High-brightness display splicing screens usually need to receive input from multiple signal sources, such as video, images, text, etc. Therefore, the system requires an efficient and reliable signal transmission system to ensure that the output of each signal source can be accurately displayed on the splicing screen.

In short, the high-brightness display splicing screen is a large-screen display device that integrates multiple technologies. Its implementation requires the support of display panels, control systems, splicing technology, and signal transmission systems. When selecting a high-brightness display splicing screen, various technical parameters need to be comprehensively considered based on actual application scenarios and needs to ensure the stability and reliability of the system.