Intelligent optical fiber wiring system adopting 3D optical switching matrix

Abstract

An intelligent optical fiber wiring system adopting a 3D optical switching matrix includes a power supply module, a communication control module and a matrix module all arranged inside a casing, and an optical fiber access panel arranged on the casing, wherein the matrix module includes a route micromirror array and a selecting micromirror array; and a plurality of 3D micromirrors are arranged on the route micromirror array and a selecting micromirror array. The system adopts the 3DMEMS matrix technology as the core optical switching technology, solves the problems of remote monitoring, remote management and remote control of the optical fiber wiring system, jumper connection of optical fibers can be realized remotely through commands, personnel do not need to be dispatched to the site, and the system is real-time and efficient, and makes great breakthrough in port amount, stability and the like.

Description

technical field [0001] The invention relates to an intelligent optical fiber distribution system using a 3D optical switching matrix. Background technique [0002] There are several existing optical fiber switching technologies: 1. Manual optical fiber patching; 2. Using mechanical arm to replace manual patching; 3. Using mechanical matrix to realize optical fiber patching. [0003] The first method is the optical distribution system that is widely used now. The optical distribution frame has no circuit, no power supply, and cannot be operated remotely. It can only manually patch the optical fiber. The personnel can only operate it at the remote site, and cannot remotely jump in the central computer room. Connecting optical fibers, it cannot be monitored in real time, and the efficiency is low. [0004] The robotic arm method and the mechanical matrix method can realize the remote management and control of optical fiber wiring. However, these two technologies are still in t...

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Problems solved by technology

[0003] 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. Connected to optical fiber, it cannot be monitored in real time, and the efficiency is low

[0004] 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 technologies are still in the research and development stage and have not been commercialized on a large scale. Moreover, the two technologies have inherent defects, such as the number of ports is difficult to increase, Vibration and other external influences will affect the stability of the equipment

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