LCD splicing screenWidely used in safe city command centers, power dispatch monitoring systems, meteorological bureau command and dispatch systems, intelligent traffic management monitoring centers, national defense or military monitoring systems, factory and mine monitoring systems, financial management monitoring systems, background curtain walls of large performance venues, video conferences, enterprise exhibition halls, KTV demonstration and entertainment centers, exhibitions and other places, it not only displays various computer analog/high-definition digital signals, composite video signals, color difference signals, etc. on large screens, but also realizes signal switching, stacking, combination and other functions, enriches the diversity of display modes, greatly improves display effects, and has become an essential choice for the development of monitor display systems.
As the two giants in the large screen splicing market, LCD splicing and splicing can be said to have made a lot of money. It must be mentioned that the development trend of LCD splicing has formed a strong strength in just two or three years, which has shaken the market position of DLP rear projection for 20 years. The development speed is truly amazing! Compared to LCD splicing, the main advantage of DLP is that it can easily achieve large sizes with a seam size of less than 1MM. These two advantages are currently technical challenges that LCD cannot overcome. In comparison, the advantages of LCD are also very obvious. When choosing these two products, users mainly consider the actual requirements for size and seam size. Users with high requirements for these two types generally choose DLP, while others choose LCD products.
One of the main reasons for the rapid development of LCD splicing is the increasing maturity of LCD technology. Currently, LCD has become the international mainstream, with advantages such as high definition, high brightness, and low power consumption that DLP and others cannot achieve. Especially in the past two years, the introduction of technology has highlighted the unique advantages of LCD. Splicing constantly refreshes technological progress. Since the emergence of LCD splicing, the problem of splicing has always been a technical bottleneck that restricts the development of LCD splicing. From the initial 22mm splicing to the 7.3mm ultra narrow edge, and then to the latest 5.5mm "seamless splicing" launched this year, splicing has been constantly refreshed. This is also a major reason for the rapid development of LCD splicing. It is believed that with the development of technology, splicing will continue to shrink to even narrower, and achieving splicing within 3mm is not a pipe dream.