Automatic exchange remote transmission system of multipath high definition signals

Abstract

The invention discloses an automatic exchange remote transmission system of multipath high definition signals. The automatic exchange remote transmission system comprises a high definition (HD) BASE-T receiving module, a structure casing and a function module connected into the structure casing, wherein the HD BASE-T receiving module is positioned out of the structure casing; the structure casing comprises a case cooling air fan, a liquid crystal display (LCD) display board, a signal output port selection knob, a signal input port selection knob and a power supply ship-shaped switch; a reset key is arranged in the structure casing; the function module comprises an Ethernet port, a HD BASE-T output port, a high-definition multimedia interface (HDMI) signal input port, a module circuit I, a module circuit II, an extended display identification data (EDID) management circuit, an infrared radiation (IR) transmitting channel port, an IR receiving channel port, a packet switching equipment (PSE) board, an RS232 control port, a power supply board, an air fan automatic cooling circuit, a native machine infrared receiving subboard, a mainframe mainboard and a PD board. The automatic exchange remote transmission system integrates audio/video, infrared control and internet protocol (IP) or user datagram protocol (UDP) or transmission control protocol (TCP) control, independent EDID management and functions of an Ethernet switch and power over Ethernet (POE).

Description

technical field [0001] The invention relates to signal exchange and transmission technology, in particular to a multi-channel high-definition signal automatic exchange remote transmission system. Background technique [0002] The old product has no IP control, no independent management of EDID, poor IR compatibility, no POE function, independent management of 9 MCUs, and no mutual communication protocol for each sub-module. RS232 only has one-way control, and there is no return information after the operation is successful. The previous product display method used 8 digital tubes to display, only showing the number of current input signal ports; in terms of switching control chips, the traditional one-time programming single-chip microcomputer cannot update the control software, and the single-chip microcomputers with 9 different programs are completely independent , the system is not easy to control and manage, and some bugs cannot be removed, which has certain limitations...

AI Technical Summary

Problems solved by technology

The previous product display method used 8 digital tubes to display, only showing the number of current input signal ports; in terms of switching control chips, the traditional one-time programming single-chip microcomputer cannot update the control software, and the single-chip microcomputers with 9 different programs are completely independent , the system is not easy to control and manage, and some bugs cannot be removed, which has certain limitations; in terms of appearance, the traditional product is on the front panel of the IR channel. When the IR line is connected, it is not beautiful (only

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