Method, device and system achieving communication equipment networking

Abstract

The invention provides a method, a device and a system achieving communication equipment networking. A configuration instruction received through a switchboard is generated by a terminal according to a configuration file, the configuration file comprises a connection relation between the terminal and a network element; the switchboard enables corresponding ports, on the switchboard, of the terminal and the network element having the connection relation with the terminal, to be partitioned to a same virtual local area network according to the configuration instruction; and the switchboard achieves communication connection between the terminal and the network element in the same virtual local area. Therefore, funds and manpower cost are saved, occupied space and power resource consumption are reduced, and meanwhile a flexible communication equipment networking mode is provided.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a method, device and system for realizing communication equipment networking. Background technique [0002] At present, the maintenance of core network element equipment is mainly done through the operation support system (hereinafter referred to as OSS). At the same time, in order to ensure real-time emergency repair and maintenance of core network element equipment when the OSS network system fails According to the standard and requirements of the manufacturer's equipment, it is necessary to equip each core network element with a directly connected local maintenance terminal in the switch room. [0003] However, since the device itself has performed active and standby hardware configurations on the output and input devices, and the output IP settings on it, all devices on the entire network are bound to a unified IP address by default, such as 192.168.200.1, and because ...

AI Technical Summary

Problems solved by technology

[0005] as currently attached figure 1 The single-point independent networking method shown requires a large number of terminals directly connected to the network elements. In order to complete the deployment, construction and daily maintenance of these directly connected terminals, a large amount of capital costs and daily maintenance manpower and material costs need to be invested. Occupies a large amount of equipment space and power resources in the computer room, resulting in extremely low resource utilization and operating efficiency

Moreover, the network structure of the existing communication equipment is single and cannot be used flexibly. If a failure occurs, the computer can only be replaced to complete the connection.

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