In recent years, the characteristics of high-definition display, high refresh rate, seamless splicing, good heat dissipation system, convenient and flexible disassembly and assembly, energy saving and environmental protection of small-pitch LED display screens have been well known by the majority of industry users, but, going further, when it comes to small The specific process technology of pitch LED screens is rarely known to the general public, "only knowing one but not the other". The lack o...

The application of architectural glass in modern buildings is increasing, with more and more varieties and more complete functions. The application amount, application type and function of glass curtain wall in buildings can be used as a sign to evaluate the modernization degree of buildings. In particular, the decorative performance of LED display screens on architectural glass curtain walls can be said to be ever-changing. Without architectural glass, there will be no modern buildings. So what...

Glass curtain wall is a modern and fashionable architectural decoration, which adorns the city and makes the city more beautiful. The glass curtain wall LED display used with the glass curtain wall is even more sought after by the market. Its high transparency, invisible installation, green and energy-saving excellent performance make it stand out from many display products. So, how to make the glass curtain wall LED display achieve a better display effect? First, standardize the glass design. ...

A qualified small-pitch LED display that can stand the test must have undergone strict relevant tests before leaving the factory. Only in this way, after it is officially delivered to customers, can it guarantee a long period of normal operation and good display effect, and reduce the failure rate. Let's take a look at the evaluation standards and methods of government purchasers for small-pitch led screen (click to investigate) LED displays 1. Test methods and conditions for small-pitch LED di...

According to reports, a research team led by Professor Keon Jae of the Department of Materials Science and Engineering and Daesoo Kim, a professor of the Department of Biological Sciences, developed a flexible vertical Micro LED Mesh for Outdoor Media Façade (micro light emitting diode) (f-VLEDs) technology. At the same time, the team also successfully controlled animal behavior through the optogenetic stimulation of this Micro LED technology. Thanks to the characteristics of ultra-low po...

According to reports, a research team led by Professor Keon Jae of the Department of Materials Science and Engineering and Daesoo Kim, a professor of the Department of Biological Sciences, developed a flexible vertical Micro LED (micro light emitting diode) (f-VLEDs) technology. At the same time, the team also successfully controlled animal behavior through the optogenetic stimulation of this Micro LED technology. Thanks to the characteristics of ultra-low power consumption, fast response...