Rapid discovery and management method and system for communication access terminal product

Abstract

The invention discloses a rapid discovery and management method and system for a communication access terminal product, and the method comprises the steps of: enabling root equipment to transmit a downlink management protocol message to sub-equipment connected with the root equipment, and enabling the sub-equipment to receive the downlink management protocol message, generating and feeding back acorresponding uplink management protocol message to the root equipment, and generating a corresponding downlink management protocol message and forwarding the downlink management protocol message to asubordinate device connected with the sub-equipment, enabling the subordinate device to receive the downlink management protocol message sent by the sub-equipment and generate and feed back a corresponding uplink management protocol message, enabling the sub-equipment to receive and directly forward the uplink management protocol message sent by the subordinate device to the root device, and enabling the root device to receive and analyze the uplink management protocol message sent by the sub-equipment. The method can realize unified configuration and management of ONUs, gateway routers and other access terminal products by a network manager or a command line of the OLT.

Description

technical field [0001] The present application relates to the technical field of data communication, in particular to a method and system for rapid discovery and management of communication access terminal products. Background technique [0002] Passive optical network XPON (X Passive Optical Network) is a new type of optical access technology, which has the advantages of strong anti-interference and strong business support capabilities. The XPON system mainly includes OLT (Optical Line Terminal, optical line terminal) connected to the optical fiber trunk And the ONU (Optical Network Unit, Optical Network Unit) that is connected to the OLT and provides business data services, and the optical transmission channel is provided between the OLT and the ONU through the ODN (Optical Distribution Network, Optical Distribution Network). [0003] At present, the network management of the ONU by the OLT of XPON can be realized through the OMCI protocol (ONU Management and Control Inter...

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Problems solved by technology

[0004] However, although the above-mentioned protocol can manage and configure ONU equipment, it cannot implement configuration management for all levels of lower-level equipment connected to the ONU. IoT devices such as door locks, these devices are independently managed locally through WEB pages or mobile APPs, or managed through cloud services based on the TCP / IP protocol, so the management methods of these lower-level devices are similar to those of OLT and ONU The management methods are different, and the more types of lower-level equipment, the more types of management platforms required for management, which makes the management methods diverse and cannot be unified; and the management platforms are not compatible with each other, resulting in Interconnection and other problems need to be manually located and solved on site, which increases the difficulty and cost of network management and maintenance

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