Intelligent distribution frame

Abstract

The invention provides an intelligent distribution frame, which comprises a first management unit and a second management unit. The first management unit is respectively connected with local login equipment and a remote network management server through network management communication, and the network management server is connected with a plurality of clients; the first management unit is connected with two first Ethernet intelligent distribution frames through data lines. The second management unit is connected with a second Ethernet intelligent distribution frame, a second optical fiber intelligent distribution frame and a second digital intelligent distribution frame through data lines respectively. According to the intelligent distribution frame, the problems of a traditional distribution frame are solved, the efficiency and the accuracy are improved, and the intelligent monitoring and fault positioning functions are provided.

Description

technical field [0001] The invention relates to the technical field of wired communication, in particular to an intelligent distribution frame. Background technique [0002] In the network of traditional patch panels, management and maintenance are cumbersome and inefficient links, mainly reflected in the following points: ①The network resources and port resources are huge and have not been effectively managed. It is very difficult to find and synchronize resources; ②The network connection relationship cannot be accurately queried. In the process of wiring fault location and processing, the accurate generation of end-to-end network wiring is difficult to complete without the support of accurate data, and can only be obtained by searching the ledger. [0003] The precise location and accountability of traditional wiring faults has become a difficult task in daily maintenance, because the traditional distribution frame network is a passive network, which itself does not have ...

AI Technical Summary

Problems solved by technology

[0004] (1) Use paper labels to identify optical fibers and their connection relationships. Paper labels are easy to fall off and are not easy to manage. Using paper labels to identify optical fiber connection relationships cannot be automatically verified, and correctness and reliability cannot be guaranteed

[0005] (2) The input and synchronous refresh of resource data rely on manual operation. Over time, the resource data in the database will be inconsistent with the actual resource data.

[0006] (3) In the fault location processing stage, it is necessary to find the network connection relationship according to the paper label. When the fault is restored, the available port must be manually searched, and the port has no indication, so the correctness and efficiency cannot be guaranteed

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