LED creative display , as we all know, with its unique product shape, unique customization and personalization, opened another market in the LED display industry. In the current creative display field, the application range of LED shaped screens is also expanding. So how to zoom in The characteristics of LED creative display products, the summary can be summarized into the following points: 1. The creative display should conform to the building structure of the installation site. Different scenes, using different product shapes and structures, but also can be customized to match the scene. Use different sizes of triangles, rectangles, and curved shapes to create a distinctive shape. The tunnel scene uses a curved screen and the bar uses a unique DJ station, but is not limited to these scenes. 2. The creative display shape should be as close as possible to the cultural theme that the scene needs to embody. The connection between the shape of the creative display and the application site can enhance the recognition of the brand or scene. For example, the case of Mingxingguang's Guangzhou Baiyun Airport is a model. Mingxingguang's existing shaped products can't be combined with all cultural themes, so customers need to communicate with us when applying, and customize the creative ideas. 3. Play material in conjunction with the creative screen shape. Playing the material is more diverse, but for the creative screen to display the perfect display, the material is very important. The display material must match the product shape to reflect the difference between the creative screen and the regular screen. The display material has the same contour as the shape, the material is displayed within the display range, and other features are combined to make the creative display glow. FWDM - Filter Wavelength Division Multiplexer Since the "optical telephone" device designed by Bell in 1880 was proved that light waves can transmit information, the era that truly brought optical communications came after the 1980s. A complete optical communication system should meet three conditions: light source, optical fiber, and photoelectric detection. In 1966, the United States borrowed from the Chinese Dr. Gao Kun to publish a thesis, pointing out that "quartz glass fiber is used to transmit optical signals for communication." In 1970, Corning Corporation of the United States successfully developed optical fiber, which provided an ideal transmission medium for optical communications. During this period, semiconductor lasers were also successfully developed, and light sources with wavelengths suitable for optical fiber low-loss transmission played a decisive role in optical fiber communications, all of which made the development of optical fiber communications extremely rapid. Filter WDM, FWDM Splitter, Filter WDM Splitter Shenzhen GL-COM Technology CO.,LTD. , https://www.szglcom.com
