Intelligent optical fiber management system and testing method thereof

Abstract

The invention discloses an intelligent optical fiber management system and a testing method thereof. The system comprises a network management platform, a mobile phone app, a frame master line concentration controller, a sub-frame unit concentrator, optical fiber disk port adapters with indicating lamps, an EiD tail fiber and a handheld terminal. Through adoption of the intelligent optical fiber management system, each optical fiber distribution frame can be managed directly in order that a background resource management system can directly instruct optical fiber service operations through erection of the indicating lamps, and operation guidance being clear at a glance is provided for operation and maintenance personnel, so that an end-to-end all-electronic flow from a demand to a final operation is realized. Moreover, careless omissions caused by excessive manual interventions and error operations of operating personnel during an optical fiber operation are avoided. Meanwhile, service operations can be fed back to the optical fiber resource management system immediately and conveniently after the operation and maintenance personnel finishes operation maintenance, so that closed-loop management of service flows is realized, and a situation that data in the system does not conform to an actual situation is avoided.

Description

technical field [0001] The invention relates to an intelligent optical fiber management system and a testing method thereof, belonging to the technical field of communication. Background technique [0002] In recent years, with the large-scale promotion and application of optical fiber communication networks, the number of end users has continued to rise, and higher requirements have been put forward for the capacity and functions of optical fiber communication equipment. Taking the optical distribution frame as an example, the number of optical fiber adapters for each device in the mainstream products of famous optical communication equipment manufacturers at home and abroad can reach up to thousands. During the installation and construction of the optical fiber distribution frame, the traditional method is to put the The paper identity labels or barcode labels of the upper-level equipment connected to the optical fiber and the lower-level equipment at the output end are in...

AI Technical Summary

Problems solved by technology

However, this method also introduces a new problem, that is, how to efficiently identify and confirm whether the electronic labels at both ends of the fiber are on the same fiber during the fiber installation process

At present, the electronic label pairing of the electronic label optical fiber plug is completed before the optical fiber manufacturer leaves the factory, or the network construction personnel use a separate label matching tool to complete the former method. In addition, the data after pairing of electronic tags cannot be directly stored in the network operator's management system, and the latter is equivalent to adding another process before the installation of optical fibers, which reduces work efficiency

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