System Overview

The urban integrated pipeline corridor system is one of the symbols of modernization, technology and intensive urban construction, that is, to build a tunnel space underground in the city to ensure the safe operation of the city, promote overall coordination, save space resources and improve the management level of infrastructure. It integrates various engineering pipelines such as electricity, communications, gas, heating, water supply and drainage, and has special inspection ports, lifting ports and monitoring systems. It implements unified planning, unified design, unified construction and management, and is an important infrastructure and "lifeline" to ensure the operation of the city.

COME-STAR Solution

System requirement:

The urban integrated pipe corridor not only integrates the tap water, gas, electricity, and communication pipelines that maintain the city's functions, but also uses a variety of power, lighting, drainage and other equipment for its own functions. Whether the included pipelines fail or the auxiliary equipment fails, it will cause the paralysis of the city functions along the line.

The environment in which the urban integrated pipe corridor is located is a relatively closed underground space, and the various pipelines in the pipe corridor are complicated and laid over a long distance. Data transmission is easily lost under such circumstances, resulting in many safety hazards that cannot be discovered in time. Therefore, it is particularly important to build a long-distance stable and reliable transmission channel. In response to the monitoring needs of the urban integrated pipe corridor, as well as the unstable long-distance transmission and difficult maintenance in the industrial environment of the pipe corridor, COME-STAR has launched a solution specifically for the integrated pipe corridor industry application, including a video monitoring subsystem and an environment and monitoring subsystem.

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Solution:

1) The ring network has advantages that the chain and star modes do not have in terms of hierarchical networking, saving line resources, providing flexible and fast protection, simplifying networking topology and simplifying network management.

2) The task of the managed switch is to keep all network resources in good condition. Managed switch products provide a variety of network management methods such as terminal control port (Console), web page, Telnet remote login network, SNMP management, etc. Therefore, network management personnel can monitor the working status of the switch and the network operation status locally or remotely in real time, and manage the working status and working mode of all switch ports globally.

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