Future demand for LCD splicing is urgent

Currently, LCD splicing technology has a great proportion in the development of liquid crystal splicing. With the expansion of the application of liquid crystal splicing, liquid crystal splicing has been deeply rooted, but the splicing problem of liquid crystal splicing has always been a scar on liquid crystal splicing, along with the user's LCD Splicing needs to improve the liquid crystal splicing also need to break through the original joints bottleneck, and to diversify according to market demand.

The status quo, whether it is security monitoring, video display equipment, or even a wider field. Networkization is basically the main direction of its own development. With the development of technology and the pursuit of efficiency in all aspects of work, any single-function device will eventually escape its fate. Therefore, the demand for networked LCD splicing is even more urgent.

Unlike surveillance cameras, the network has great advantages for the transmission of liquid crystal splicing. It can still ensure higher quality of the picture and achieve megapixels and so on in the case of a relatively long transmission distance. Although in the transmission of the network, the LCD splicing large screen also suffers from packet loss, compression delay data defects. However, in the face of fierce competition in current display technology, LCD splicing is difficult to give up on the desire for networking.

In today's intelligent devices, users are attracted to LCD splicing high-definition exceptions, LCD splicing to achieve high-definition splicing imaging, the key lies in whether it can be compatible with the existing system interface, in the existing high-definition digital technology hd- Sdi is a kind of interface technology that is more suitable for liquid crystal splicing. It has the characteristics of long transmission distance, compatible interface, convenient installation, and relatively perfect standards, so it can be used as an important way for LCD splicing screen to realize high-definition imaging.