The complete LCD splicing screen should include the following parts:
Splicing unit used for the final rendered image: LCD splicing screen, DLP rear projection unit, PDP plasma splicing screen, etc.
Brackets for fixing splicing units: usually provided by the manufacturers that provide splicing units, because only the manufacturers themselves know how to repair their products, especially large-scale splicing systems, which require high efficiency and high stability. The original bracket is used to realize the software provided by the manufacturer to provide a stable power supply for the splicing processor: the overall power of the splicing system is relatively large, especially the instantaneous current of the switch machine is high, because it is necessary to prevent abnormal damage caused by system surges. And it is not possible to pull the brake at one time. The mode is switched directly, so a system with more than 15 screens preferably requires a timing power supply for controlling the switch (ie, a set of power supplies are turned on and off).
The first part: It is recommended to use first-line domestic and foreign brand panels for splicing screen panels, such as the two major brands in the eastern part of Korea.
Component 2: Splicing box. Each manufacturer is basically different and controls a single splicing screen.
Part 3: Signal processor. The brain of the splicing screen processes the signal display on the big screen.
Component 4: Control software. This is usually included with the signal processor.
Component 5: mounting bracket. View installation options such as wall mount, floor stand, cabinet, front maintenance.
Part VI: Wire. Preferably it is green.
Component 7: a computer. With independent graphics card, with HDMI interface.
Followed by transportation, installation, training, etc.
LCD splicing screen unit, wall or floor stand/cabinet, built-in/external splicing processor, distributor (matrix), wire (VGA cable, network cable, RS232 cable) and other splicing screen cable, large screen control software
How many architectures are there?
1. Use embedded architecture
Various signal equipment (pc.DVD, camera, etc.), processor, LCD screen, switch, router, PC, cable (network cable, video cable);
2. Distributed architecture
Front-end signal equipment, distributed processor, switch, LCD screen, network cable, PC, the specific number depends on the size.
