ODN network management method of different scenes

Abstract

The invention provides an ODN network management method of different scenes and relates to the field of ODNs in optical communication. An on-site operating terminal downloads a work order generated by an intelligent ODN network manager, an ODN device to be executed is selected according to the work order, and whether the ODN device is a traditional device or an intelligent device is judged; if the ODN device is the traditional device, fiber dismounting or fiber mounting is carried out according to work order requirements, and data are uploaded to the intelligent ODN network manager; if the ODN device is the intelligent device and fiber mounting is needed according to the work order requirements, after a port of the ODN device is matched with an eID of a port of an opposite end, the states of the two ports are modified to be right, the ports are marked as being polled, and the data are stored and uploaded to the intelligent ODN network manager; if fiber dismounting is needed according to the work order requirements, the states of the two ports are modified according to whether the port of the ODN device has an eID, the modified ports are marked as being polled, and the data are uploaded to the intelligent ODN network manager. Unified platform management is adopted, optical route scheduling of different devices in the same network is achieved, and management efficiency is improved.

Description

technical field [0001] The invention relates to the field of ODN networks in optical communication, and specifically relates to an ODN network management method in different scenarios. Background technique [0002] In the optical transmission network, ODN (Optical Line Terminal, optical cable terminal equipment) plays a key role in backbone network connection. Under PON (Passive Optical Network, Passive Optical Network) network, ODN is OLT (Optical Line Terminal, optical line Terminal) and ONU (Optical Network Unit, Optical Network Unit), a network composed of all passive optical fibers and passive devices (optical splitters) between the two active devices, its role is to provide a link between the OLT and the ONU Provides optical transmission channels. [0003] Since FTTH mainly adopts PON technology, it will split an OLT (to tens or hundreds of ONUs), which makes the ODN network user end have a large number of optical fiber lines that need wiring scheduling and maintenanc...

AI Technical Summary

Problems solved by technology

However, in the prior art, an intelligent management system is adopted for intelligent ODN equipment, while traditional ODN equipment adopts a manual management mode. The two types of equipment cannot be managed on a unified platform, and resources cannot be shared. Optical routing scheduling between different types of equipment in the same network It cannot be realized, and the management efficiency is low

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