Traditional LED display screens are basically single or small signal outdoor display. The emergence of small-pitch LEDs makes it possible for LEDs to enter the field of indoor display applications. The difference between indoor display and outdoor display is that indoor signals are diverse and large-scale. Therefore, the entry of small-pitch LEDs into indoor display applications should first solve the problem of multi-signal and complex signal access. Next, let's take a look at the few thresholds for the small-pitch LED display to enter the "room".

1. The challenge of entering the room-diversified access signals

　　 Traditional outdoor displays mostly play fixed film sources, and the access signal sources are mainly video playback devices such as computers or DVDs. In addition to traditional signals entering the room, there will also be diversified and networked new access signals, such as network video and mobile devices.

2. The challenge of going indoors-the number of signals doubled

　　Different from the single or small signal access in outdoor display, the small-pitch LED display entering the room will face the multiplication of the number of signal access. With dozens of computer signals and thousands of monitoring signals, signal sources of this scale are commonplace in indoor large-screen applications.

Third, the challenge of entering the room-the access location is scattered

　　 Outdoor LED display signal access is mostly local access. After entering the room, the situation will be very different. The access signal is no longer limited to the local area, it may be located in a different room, may be located on a different floor, and may even be located in a different area.

Fourth, the challenge of entering the room-multi-signal display on the same screen

　　 When the small-pitch LED display is used indoors, it will no longer be like the full-screen display of one signal during outdoor display. Real-time display of multiple signals on the same screen will be a necessary requirement for indoor applications, and any signal must be able to roam and superimpose arbitrarily.

Five, the challenge of entering the room-centralized management and multi-screen interaction

　　 Multi-meeting room linkage, multi-level monitoring, multi-party command, remote classroom... LED display entering the room will no longer be a single-screen operation, but will face more and more multi-screen and multi-signal linkage applications.

　　 The MICS distributed control system based on the IP network has rich application management experience in indoor large-screen displays. It has excellent advantages for small-pitch LEDs entering indoor display applications to solve multi-signal and complex signal access:

　　1. The MICS distributed system can provide a variety of different signal source access nodes, including VGA/DVI/ypbPr/HDMI/CVBS/SDI and other signal sources, covering almost all signal types on the market.

　　2. The distributed system is based on the network architecture. It only needs to be equipped with a corresponding number of nodes and connected to the interconnected network to meet the needs of hundreds of signal access after the small-pitch LED enters the room.

　　3, MICS distributed system single channel 1080P high-definition output bandwidth only needs 512K-8M, while maintaining high picture quality, it can achieve cross-room, cross-floor, cross-regional and other multi-site signal access and multi-party signal sharing.

　　4. Regardless of how many signals are connected or where the signals are distributed, only one set of control equipment is needed to centrally manage and interact with multi-screen signals in multiple locations, multiple screens, and across regions.

　　 MICS distributed can also bring more small-pitch LEDs:

　　1. MICS supports node output resolution customization function, which can match the resolution of any LED cabinet, and accurately complete multi-screen display point-to-point.

　　2. MICS uses a high-performance image processing platform, with 60 frames of ultra-high image processing capability, 1ms high-precision synchronization error control, and 100ms ultra-low demonstration of light rain, bringing users an extremely fast video experience.

　　3, MICS supports full-brand network camera signal access system and direct decoding, no third-party SDK is required, and it is the best choice for centralized management of multi-region security monitoring.

　　4. MICS supports audio and video synchronization processing and transmission, realizing audio and video roaming in the system, and small-pitch LEDs enter indoor video conferencing applications.

　　5. MICS has a network central control, which supports the control of display peripherals through RS232, infrared, relay, IO and other methods. Through the pre-plan, the screen can be intelligently linked with peripheral equipment, helping the overall control and integration of LEDs entering the room.