Intelligent optical fiber wiring system adopting two-dimensional (2D) optical switch matrix

Abstract

The invention discloses an intelligent optical fiber wiring system adopting two-dimensional (2D) adopting an optical switch matrix. The system comprises a power supply module, a communication control module, a matrix module and an optical fiber access module, wherein the power supply module, the communication control module and the matrix module are arranged in a shell; the optical fiber access module is arranged on the shell; the matrix module comprises a micro-lens array; and a plurality of 2D micro-lenses are arranged on the micro-lens array. 2D MEMS (Micro-electromechanical Systems) matrix technology serves as the key optical switch technology, so that the problems on remote monitoring, remote management and remote control of the optical fiber wiring system are solved; and an optical fiber is remotely connected through an instruction in a jumping way, so that a worker is not required to be dispatched to a working field, the intelligent optical fiber wiring system is real-time and high in efficiency, and a huge breakthrough in the aspects of port number, stability and the like is achieved.

Description

[0001] technical field [0002] The invention relates to an intelligent optical fiber distribution system adopting a 2D optical switching matrix. Background technique [0003] There are several existing optical fiber switching technologies: 1. Artificial optical fiber jumping; 2. Using a mechanical arm instead of manual jumping; 3. Using a mechanical matrix to realize fiber jumping. [0004] The first method is the optical distribution system widely used now. The optical distribution frame has no circuit, no power supply, and cannot be operated remotely. It can only be manually connected to the optical fiber. The personnel must go to the remote site to operate, and cannot be remotely connected in the central computer room. Connecting to optical fiber cannot monitor in real time, which is inefficient. [0005] The remote management and control of optical fiber wiring can be realized by using the mechanical arm method and the mechanical matrix method. However, these two techn...

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Problems solved by technology

[0004] The first method is the optical distribution system widely used now. The optical distribution frame has no circuit, no power supply, and cannot be operated remotely. It can only be manually connected to the optical fiber. The personnel must go to the remote site to operate, and the remote connection cannot be performed in the central computer room. Connected to optical fiber, it cannot be monitored in real time, and the efficiency is low

[0005] The

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