LED full color display achieves seamless splicing mainly through the following technologies and methods:
First, from the hardware perspective. The module design of the LED display is the key. The high-precision manufacturing process is used to ensure that the size consistency of the module is very high. The edge of each module must be extremely flat, so that the physical gap can be minimized when splicing. At the same time, the module design with a narrow frame is selected to make the frame as thin as possible, thereby reducing the impact of the frame on the overall picture.
Secondly, the control of pixel pitch is crucial. Small-pitch LED full color display has greater advantages in achieving seamless splicing. The smaller the pixel pitch, the higher the fineness of the picture, and the more natural the transition at the splicing point. By continuously reducing the pixel pitch, the spliced picture can hardly see obvious gaps.
Furthermore, advanced splicing technology is also an important means to achieve seamless splicing. For example, the magnetic splicing method is adopted, which can make the connection between modules more compact and stable. Through magnetic adsorption, it is not only convenient and quick to install, but also can ensure the position accuracy between modules and reduce splicing gaps. At the same time, some high-end display screens will also adopt special splicing structure designs, such as arc splicing, special-shaped splicing, etc., to meet the needs of different scenes, and at the same time, better achieve seamless splicing effects.
Software also plays an important role. Through professional image processing software, the picture at the splicing can be adjusted and optimized. For example, color correction and brightness uniformization are performed to keep the color and brightness of the splicing consistent with the surrounding pictures. Image edge fusion technology can also be used to fuse the pictures of adjacent modules to eliminate the obvious dividing line at the splicing.
In addition, the installation process will also affect the effect of seamless splicing. Professional installation teams will strictly follow the installation specifications to ensure that the installation position of each module is accurate. During the installation process, fine adjustments and calibrations will be made to achieve the best flatness and splicing accuracy of the entire display.
In short, LED full color display achieves seamless splicing through high-precision hardware design, advanced splicing technology, professional software processing and strict installation technology, providing users with a more perfect visual experience.
