Optical fiber light path coupling micro-mechanical system

Abstract

The invention discloses an optical fiber light path coupling micro-mechanical system. According to the system, a master-slave control module and a serial number editing module are arranged on a wireless network bridge, wherein the master-slave control module and the serial number editing module are electrically connected with a network bridge communication module. The system comprises a display module. The corresponding list of the master-slave control module state and the network bridge master-slave mode, the corresponding list of the number of times of the key of the serial number editing module and the set serial number, a program call list which calls a network bridge matcher according to the master-slave mode and the set serial number, and all matchers needed by matching are pre-arranged in the display module. The network bridge communication module collects the state information of the master-slave control module and the number of times of the key of the serial number editing module to acquire the corresponding matcher from the program call list, and calls and executes the program to realize matching.

Description

technical field [0001] The invention relates to the technical field of optical fiber communication, in particular to an optical fiber optical path coupling micromechanical system. Background technique [0002] The amount of Internet data in the world is increasing at a rate of 40% per year, and will quickly reach the limit that existing optical fibers can carry. The main driving force for the growth lies in online interactive platforms, cloud computing, and video services. This growth rate will continue in the next few decades and become a problem facing the whole world. A topic of general concern in the communication field is how to increase bandwidth to meet more and more user demands. One of the ways to improve fiber performance is to change the fiber structure, such as multi-core fiber and hollow-core fiber. The idea is to increase bandwidth by conducting multiple signals in parallel in one fiber. However, "hollow fiber" has problems such as difficult preparation proc...

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Problems solved by technology

However, "hollow fiber" has problems such as difficult preparation process, high price, difficult fiber fusion, large loss, and difficult signal amplification.

Therefore, multi-core optical fiber is recognized as a new generation of communication optical fiber that can be industrialized quickly. However, although multi-core optical fiber realizes multi-channel optical transmission, it is not easy to transmit optical signals to each fiber core. Using traditional The method of optical fiber fusion cannot realize the optical coupling of multi-core optical fibers. Therefore, it is urgent to propose a system capable of optical coupling of multi-core optical fibers.

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