What is the integrated wiring.

Integrated cabling system is a cabling system specially designed to meet the needs of development. Like the nerves in the body for modern architecture, it uses a range of high-quality standard materials to combine voice, data, images and partial control signal systems with a unified transmission medium through a modular combination. Through unified planning and design, the three subsystems of modern architecture are organically connected together to provide physical media for the system integration of modern architecture. It can be said that the success or failure of structured cabling system is directly related to the success or failure of modern buildings, and it is very important to choose a high-quality integrated cabling system.

Integrated cabling system is the infrastructure of intelligent office construction digital information system, is a unified planning and design of all voice, data and other systems of the structure of the cabling system, for the office to provide information, intelligent material media, support the future voice, data, text, multimedia and other comprehensive applications.

Integrated wiring of six subsystems.

1, work area subsystem.

The work area subsystem consists of the device that connects the user terminal device to the information socket, including the assembly of cords, connectors, and extension cords required for connection, and Bridges between the terminal device and the I/O interface. The information socket includes wall, floor, table and soft base, and the standard includes single, double and porous. The schematic diagram of the work area subsystem is shown in the following figure.

2, the horizontal area subsystem.

The horizontal wiring subsystem connects cables from floor wiring racks to information sockets in each work area, usually located on the same floor. Over 5 types of UTP(Unshielded Twisted Pair) compliant with EIA/TIA568A standards.

3, management subsystem.

The management subsystem consists of a layer distribution frame. Its main function is to connect the vertical dry cable with the horizontal wiring subsystem of each layer. The flexibility and advantages of the wiring system are mainly reflected in the management subsystem, as long as the simple jumper, you can complete any structured wiring information socket, connect any type of intelligent system, greatly facilitate the rearrangement of the line and the adjustment of the network terminal. Optical fiber connection, should use the optical fiber continuous box (LIU), the box can have a number of ST connector mounting holes, the bending design of the line in the box should meet the 62.5/125 microns multi-mode fiber bending requirements, the optical connector is made of ST II, made of ceramic materials, the maximum attenuation of 0.2db, optical coupler can be used as a multi-mode fiber and network equipment or optical fiber continuous device connection, Distribution frames and fiber optic continuous boxes are usually located between weak current Wells or equipment to connect to other systems and are managed through jumpers. The system diagram of the equipment room is shown in the figure below.

4, vertical trunk subsystem.

The trunk subsystem provides the routing of the building trunk cable, is the nerve center of the integrated wiring system, and realizes the connection between the main line and the middle line. It is usually recommended to use more than 5 types of twisted pair cable and optical fiber as the main transmission medium.

5. Equipment room system.

The equipment room system connects the trunk intersections and cabling intersections to the application system equipment and consists of cables, connectors, and associated support hardware from the equipment room to connect various devices of the common system equipment.

The general equipment room system is divided into two parts:

1. Computer room, place network equipment, can be connected to the network equipment server, host, etc.

2. In the communication center, place the PABX and the main line rack connected to the PABX and the vertical dry cable.

6, the architectural complex connection subsystem.

The system refers to a connection system in which the main distribution frame of the main building is extended to the main distribution frame of another building. Usually connected by optical fiber or cable. It is part of the overall cabling system (including the transmission medium) and supports the hardware needed to provide communication between buildings, including cables, optical cables, and protection devices to prevent cable surge voltage from entering the building.

Integrated wiring applications.

Banks, stock exchanges, hotels, shops and other business areas;

Major companies, trade centers, comprehensive office buildings and other office buildings;

University campuses, major corporate buildings, government agencies and other architectural areas;

Various transportation fields;

Hospitals, emergency centers and other health fields;

Telecommunications, postal services, news broadcasting, television, publishing and other fields;

Advanced residential, intelligent community and other residential areas.

The application range of integrated wiring.

Because the integrated wiring system is mainly designed for the wiring of computers, communication equipment and automation equipment inside the building and between the building group, the application range of the wiring system meets the requirements of various computers, communication equipment and building automation equipment to transmit weak current signals.

The weak current signals transmitted on the integrated cabling system network include:

Analog and digital sound signals;

Data signal Data signal;

Image signals such as fax machines that need to be transmitted;

Video signals, such as conference television;

Building safety alarms and automatic control of sensor signals.

Regarding network equipment, Okas Technology has a line continuation (from network cable to optical cable to data center), and has established a one-stop marketing and after-sales service operation system in China. Orcas has passed ISO9001(2008) quality management system certification. Developed more than 6 kinds of systems of UTPCat.6A shielded cabling system to meet the needs of big data centers, and passed the quality inspection certification of a number of inspection agencies, in the United States, Europe, Malaysia, Switzerland, Germany, the Middle East, South Africa and other countries set up their own brand liaison offices and sales offices, in more than 30 countries and regions to provide OEM services. Provide global products and services.

Aucas Technology is a high-tech enterprise integrating the independent development, design, production and sales of copper cable wiring, optical cable wiring, intelligent electronic wiring frame solution, data center MTP/MPO high-density solution, data center cold channel solution, eight kinds of copper cable solutions, security cable and intelligent management wiring system platform. The company is oriented to the pursuit of user needs, and provides customers with attractive products of Aucas. Aucas cabling provide four colors convenient!