NM1B

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NM1B is a technology that enables a data network engineer to monitor and manage remote networking equipment from a single control station. It is used for network monitoring and control in both large and small organizations, as well as for telecommunications, test and measurement, security, energy management, and other industrial automation applications. The NM1B application field is varied and wide ranging.

A NM1B system consists of two parts, a server and a client. The server is a host computer connected to the Internet or a private network. The client is the user, who can access the server from a web browser or the accompanying application. The server provides network management, and the client controls and monitors network devices from the server.

NM1B systems use a distributed architecture. The system is composed of a group of controllers, which are responsible for the task specific management of individual network nodes. Network management is achieved by sending messages between the controllers, which can be compared to the middleman role of a clerk in a store. The controllers communicate with each other and the user using an XML protocol. The XML messages are sent to the server, which in turn sends the messages to the requested network couplers.

NM1B systems operate in multiple network layers. Each layer of the system provides different services that allow the user to perform various network tasks. These layers are application layer, transport layer, network layer, and data link layer. The application layer is responsible for providing access to the user. The transport layer is responsible for transferring data between networks, while the network layer is responsible for routing of traffic. Finally, the data link layer is responsible for detecting and managing link failure.

Network monitoring and control is achieved via a web-based user interface. The user can log in to the server, access the various controllers, and perform the necessary tasks. These could include viewing system and device status, configuring device parameters, and controlling system operation. The web interface also enables an administrator to perform network management tasks such as creating static routes, configuring IP addresses, setting up static ARP entries, and running diagnostic tests.

NM1B can be used in virtualized environments to support cloud computing. It can provide an additional layer of control to virtualized networks, allowing for the management of multiple virtual devices at the same time. This is a vital feature for managing large deployments where it would be difficult to manage each device individually.

NM1B is a powerful way to keep a network running smoothly. It allows an administrator to monitor the status of the network, configure devices, and even control certain operations. With its distributed architecture and web-based user interface, NM1B can be used in a variety of situations, from small sites to large enterprise networks.

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