wallboard display digital signage

This video showcases two different types of glass used in outdoor machines: tempered glass and AR laminated glass. Both types were subjected to impact testing and smashed to demonstrate their differences.Firstly, let’s take a look at tempered glass. While it’s stronger than regular glass, it can still shatter under strong impact. When tempered glass breaks, it splits into small pieces that may cause harm to people nearby. By contrast, AR laminated glass offers superior safety performance. It uses a polymer interlayer to bond two sheets of glass together, which ensures that even if it breaks, the glass fragments adhere tightly to the polymer. This means shattered glass won’t fly around and is easier to clean up. As a result, AR laminated glass is widely used in situations where high safety is required, such as car windows and building exteriors. Through this test, we demonstrated how the two types of glass break differently. We hope this video provides useful information to help you better understand different types of glass. https://youtu.be/60wnYg0ubzs

The ultra-narrow LCD splicing screen is based on pure hardware and adopts parallel high-speed graphics processing technology to realize the unified processing of multiple high-speed video signals, fundamentally replace the plug-in splicing controller, and solve the problem of limited VGA signal input. Clarity, brightness, and color saturation are three important performance indicators of liquid crystals. The ultra-narrow-edge LCD splicing unit has the characteristics of high definition, high brightness, and high color gamut. Because the LCD uses backlight tubes as the light source, the edges are generally wide. The 40-inch ordinary LCD screen has a margin width of more than 11mm. If used for splicing, the splicing gap should be at least 22mm, which will affect the visual effect. The LCD splicing wall adopts a liquid crystal screen with a narrow-edge structure design, and the edge is reduced by more than double, which does not affect the visual effect when used for splicing. The LCD splicing screen has ultra-narrow edges, the number of splicing can be selected arbitrarily (row (m) X column (n)), and the size of the screen also has a variety of options to meet the needs of different use occasions. The ultra-narrow edge of the LCD splicing screen can be customized according to the requirements of different users, and you can choose functions such as single-screen display, full-screen display, and arbitrary combination display. In view of the inconsistency of parameters between the LCD screen and the driving circuit of the LCD splicing screen, the Tianjin LCD splicing screen