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Plant Communication Solution
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  • Plant Communication Solution
Plant Communication Solution
The communication solutions in the factory are divided into wired communication system, wireless communication system, public address system, IP public broadcasting system, security system, power system, and transmission system (optical transmission system and IP transmission system). By combining wired and wireless communication systems, the factory can meet the needs of production scheduling, office telephones, on-site inspections, and emergency communication. The amplification call system adopts an analog wired approach, and each station is equipped with speakers to achieve the amplification function of the call. The IP broadcasting system utilizes IP transmission links to achieve broadcast notifications within the factory and office areas. The security system can achieve export control, access control, and video surveillance of the factory area, ensuring the security of the factory and office areas. The transmission system utilizes optical transmission and IP transmission to provide underlying transmission support for the entire solution. The power supply system ensures uninterrupted power supply for systems with higher importance.

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Solution Features

Integration and interoperability

The integration and interoperability between the program-controlled exchange wired system and the DMR standard wireless system provide flexible scheduling.


Reliable operation

The plan adopts a UPS power system to ensure the uninterrupted operation of the main system;  All outdoor equipment meets the requirements for outdoor protection, ensuring the safe operation of the system.


Link Redundancy

Link redundancy is used between SDH optical transmission equipment in the transmission system, as well as between the core of IP transmission and the aggregation switch, to enhance the reliability of the transmission link.


System openness

The system can be connected to PCM devices using analog cables, providing various interfaces such as FXO, FXI, and 64K. In addition, it can be connected to other IP transmission devices through Ethernet switches.

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The Digital Telephone Switching System takes the IXP3000 digital telephone switches as the core platform, adopting a modular non-blocking architecture, providing functions such as telephone switching and trunk connection, as well as rich service functions such as supplementary telecom services and dispatch services. The system has the advantages of flexible configuration, rich functions, complete interfaces, safety and reliability, and integrates new technologies and functions in a continuous innovation and development mode. The system can meet the requirements of users for voice, data, fax, wireless and other new services, and provide customers with more flexible digital application solutions.

Softswitch System

Softswitch System

The softswitch system is carrier grade softswitch system independently developed by HBFEC for next-generation networks (NGN). The system adopts a distributed structure and consists of S6000 core platform, gateway devices and various service servers. The system integrates various services such as voice, data, and its service modules can be flexibly expanded according to specific needs, helping users integrate networks and services, broaden service application modes, and meet the requirements of different application scenarios.

Related Cases

Photovoltaic Solar Power Plant Communication Project in a Middle Eastern Country

Photovoltaic Solar Power Plant Communication Project in a Middle Eastern Country

A certain country in the Middle East (hereinafter referred to as "the country") has abundant solar energy resources and has actively promoted the development of renewable energy in recent years. In order to fully utilize its geographical and climatic advantages, the government of the country has decided to build a large-scale photovoltaic solar power station to meet the growing demand for electricity and reduce dependence on traditional fossil fuels. Due to the wide footprint, numerous equipment, and dispersed distribution of photovoltaic power plants, extremely high requirements are placed on the reliability, real-time performance, and security of communication systems. Therefore, the government of the country has entrusted us with the responsibility of building a complete communication system to ensure the daily operation, maintenance, and emergency communication of the power station.

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