What is the subsystem in the integrated cabling system that is directly connected to user terminal equipment?

The subsystem in the integrated cabling system that is directly connected to the user terminal equipment is the work area subsystem; the integrated cabling system uses a modular combination to transmit voice, data, images and some control signal systems in a unified manner. The media is integrated, and the workspace subsystem connects the user's communication equipment to the information socket of the integrated wiring system.

The operating environment of this tutorial: Windows 10 system, DELL G3 computer.

What is the subsystem directly connected to the user terminal equipment in the integrated wiring system?

The subsystem directly connected to the user terminal equipment in the integrated wiring system is the work area subsystem

Workspace subsystem

The workspace subsystem refers to the personal office area within the horizontal range of the building, where application system terminals are placed equipment place. It connects the user's communication equipment to the information socket of the integrated wiring system. The hardware included in the system includes information sockets, socket boxes (or panels), connection cords, and connection accessories such as adapters or connectors. The most commonly used information sockets are the RJ-45 socket for twisted pair wires and the RJ-11 socket for connecting telephone lines.

Integrated wiring system

The integrated wiring system is a wiring system specially designed to meet the needs of development. For a modern building, just like the nerves in the body, it uses a series of high-quality standard materials to integrate voice, data, images and some control signal systems using a unified transmission medium in a modular combination. After unified planning and design, integrated into a set of standard wiring systems, the three major subsystems of modern buildings are organically connected, providing a physical medium for the system integration of modern buildings. It can be said that the success of the structured cabling system is directly related to the success or failure of the modern building. It is crucial to choose a high-quality integrated cabling system.

The integrated wiring system is the digital information system infrastructure for intelligent office construction. It is a structured wiring system that carries out unified planning and design of all voice, data and other systems, providing information-based and intelligent material media for the office. , supporting comprehensive applications such as voice, data, graphics, and multimedia in the future.

Component composition:

The integrated wiring system adopts a star structure and is mainly composed of 6 subsystems, and each of these 6 subsystems Each one can enter the PDS (Integrated Distribution System) terminal independently without being affected by others. These six subsystems are:

1. The area (terminal) subsystem

is composed of the cords of information sockets and terminal equipment, including assembly, connection, and expansion of cords, and building them between input and output sockets and equipment terminals In the room, the information sockets are divided into wall, floor, table and soft base types.

2. Vertical trunk subsystem

is the central system of the integrated wiring system and is mainly responsible for connecting the floor distribution frame system and the main distribution frame system.

3. Horizontal cabling subsystem

This system is mainly responsible for extending the cables of the management subsystem distribution frame from the trunk subsystem to the information socket location. Generally speaking, These systems are all on the same floor.

4. Management subsystem

connects the horizontal wiring subsystems and vertical trunk cables of each floor, and is responsible for connecting and controlling other subsystems. It consists of cross-connections, interconnections and It is composed of I/O devices that can locate communication lines and facilitate management of communication lines.

5. Inter-device subsystem

The components include cables, connectors and related supporting hardware, and are responsible for the connection of various devices between public systems. The wires in the equipment room subsystem are similar to the wiring in the telephone wiring system, which connects the corresponding electrical protection equipment to the building facilities that require equipment protection.

6. Building group subsystem

This system extends the cable lines of one building to the communication equipment in other buildings in the building group through technology. , which provides the possibility for signal connection between building groups. It also provides hardware parts and facilities needed for communication equipment, including electrical protection equipment, copper cables and optical cables to protect against surge voltages. It can also be analogous to the role of cable protection boxes and protective cables in telephone wiring systems.

Integrated wiring system The above six subsystems can maintain independent operation status and will not be affected by each other, and can provide corresponding services for the overall integrated wiring system. At the same time, under the condition of coordinated operation of each subsystem, the stable, efficient and safe operation of the overall integrated wiring system can be ensured, and the operating efficiency can be comprehensively improved.

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