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The differences between Led display and LCD splicing display
Sep 01, 2017

     

  LED display

    LED display is composed of small LED module panel composed of a flat panel display; with a high brightness, low operating voltage, power consumption, large, long life, impact resistance and performance advantages, light intensity is very strong, in the visual distance within the direct sunlight on the screen surface, the display is clearly visible, display color 16.7M or more, clear and realistic color, three-dimensional sense of strong, can be used in direct sunlight conditions, watch the distance in the tens of meters away, the screen body has a good wind and rain and lightning protection capabilities. LED display commonly used in sports venues, commercial applications, banking, securities, postal, terminal, shopping malls, stations, postal services, telecommunications, institutions, monitoring, schools, restaurants, hotels, entertainment, and other outdoor advertising.


  LCD splicing screen

    LCD splicing screen in the big screen market rapid development speed has been for the industry relish! LCD splicing in just a few years time will be able to DLP, PDP go hand in hand, more beyond the trend! LCD splicing screen can be used as a separate monitor, but also can be stitched into a large screen to use, to achieve variable large and variable small Variety of large screen function; It uses DID panel, with the characteristics of high contrast, high brightness and brightness uniformity, the image is not flicker with other display can not match the display advantage! LCD non-luminous display device, need to use the backlight to achieve the display function. In addition to the performance of the backlight will directly affect the quality of LCD imaging, the backlight cost of LCD modules accounted for 3-5% of the consumption of electricity accounted, for 75% of the module, can be said that the LCD module is very important zero Component. The use of LED for the LCD splicing screen backlight can improve the quality, improve color saturation, low power consumption and environmental protection.