Lots of high-end conference halls have adopted Milestrong's COB (Chip on Board) LED displays for their superb visual brilliance and steep reliability. Aside from serving as an excellent feature in LED display technology, COB packaging also shifts the norm by embedding chips directly onto the circuit board, which leads to great enhancement of display quality along with better durability of the product. The use of COB technology enables the achievement of meeting requirements based on high brightness, seamless splicing, high contrast, and outstanding stability, thus enhancing the meeting experience.

Unlike conventional SMD (Surface-Mounted Device) LED displays, COB technology uses advanced methods of packaging. COB displays, like MCOB, SCOB and UCOB Series do not have bezel lines, providing the best in smooth uninterrupted viewing and experience. The occurrence of breaks in image and visual interruptions that are bound to affect the quality of presentations is eliminated. Moreover, COB displays enable ultra-high resolution, offering detailed and clear representations of PowerPoints, data charts, and even video content allowing ensures every detail is viewable. This increases meeting accuracy and efficiency greatly.

COB displays from Milestrong also excel in terms of longevity and durability. Their advanced encapsulation process amplifies the durability of the display, because it completely removes the weakness in traditional LEDs, providing greater resistance to impact and reducing the risk of pixel failures.  Dust, moisture, and oxidation are barriers that impede the consistency of a display, but the integrated encapsulation design of the display maximises the protection against those. That ensures durability in the long run. In addition, COB displays are more friendly to the eyes because they emit lower levels of blue light and radiation, which greatly reduces fatigue from prolonged viewing.

In terms of performance regarding color and viewing angles, COB displays have a significant lead over others. There is uniform illumination, and the natural color transitions together with brightness consistency are ensured. The ultra-wide view angle allows users, regardless of where they are seated in the conference hall, to enjoy high quality visuals. This enables watching the meeting from the side without losing viewing quality, which is a problem common with traditional LED displays.

In conclusion, COB displays represent an optimal display technology for conference halls because they ensure seamless splicing of modules and offer ultra HD images, stability, impressive color reproduction, and wide viewing angles. The invention and application of COB displays greatly increase meeting effectiveness and professionalism as they provide precise information for high level business meetings, academic meetings and corporate training. The use of COB displays in conference halls can be expected to expand in line with the advancement of display technologies, promoting the development of modern and intelligent conference rooms.