Cat6 Class VI single shielded (S/UTP) network jumper RJ45 data jumper [PTTP Putian Taiping integrated wiring system&building integrated wiring | cat3, cat4, cat5, cat5e, cat6, cat6a, cat7 and cat8 integrated wiring system, (utp unshielded/ftp aluminum foil shielded/stp shielded/sftp double shielded, unshielded twisted pair/network cable, shielded, unshielded distribution frame/data distribution frame, Utp unshielded/ftp aluminum foil shielding/stp shielding/sftp double shielding shielding, unshielded network module/information module) "green generic cabling manufacturer, generic cabling brand, generic cabling production base | Welcome to our network product series page. We are a professional network product series manufacturer, where you can find high-quality and affordable network product series, At the same time, we also provide you with oem service of network product series. Our products have mature markets in Europe, America, Australia, the Middle East, Africa, and even most countries. Welcome to make an inquiry. Generic cabling product module distribution frame panel line management frame line measuring instrument jumper marking tool production base, generic cabling is a modular, highly flexible information transmission channel within buildings or between buildings. It can connect voice equipment, data equipment, switching equipment and various control equipment with the information management system, and also can connect these equipment with the external communication network.
Generic cabling is a modular, highly flexible information transmission channel within buildings or between buildings. It can connect voice equipment, data equipment, switching equipment and various control equipment with the information management system, and also can connect these equipment with the external communication network. It also includes all cables and related connecting parts between the connection point of the external network or telecommunication line of the building and the application system equipment. Generic cabling consists of components of different series and specifications, including transmission media, related connection hardware (such as distribution frame, connector Socket 、 Plug 、 Adapter ）And electrical protection equipment. These components can be used to build various subsystems, and they have their own specific purposes. They are not only easy to implement, but also can be upgraded smoothly with the change of requirements.
The so-called generic cabling system refers to the preparation and layout of communication lines of various systems in various buildings (or buildings) in a standard, unified and simple structured way, including network system, telephone system, monitoring system Power Supply System and lighting system, etc. Therefore, generic cabling system is a standard and universal information transmission system.
The generic cabling system is the infrastructure for the construction of digital information systems in intelligent offices. It is a structured cabling system that unifies the planning and design of all voice, data and other systems, provides information and intelligent material media for offices, and supports future integrated applications such as voice, data, graphics and multimedia.
Generic cabling standard
The foreign standards of generic cabling system mainly include:
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ISO/IEC 11801:2010 Information technology - Structured cabling for user infrastructure
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ISO/IEC 14763:2012 Information technology - Installation and operation of structured cabling for user infrastructure
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ISO/IEC 14763-3:2014 Information technology - Installation and operation of structured cabling for user infrastructure - Optical fiber testing
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ANSI/EIA/TIA-569 Commercial Building Communication Access and Space Standard
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ANSI/EIA/TIA-568-C Commercial Building Communication Cabling Standard
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ANSI/EIA/TIA-606-B Commercial Building Communication Infrastructure Management Standard
The domestic standards of generic cabling system include:
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GB 50311-2016 Code for Engineering Design of Generic Cabling System
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GB/T 50312-2016 Code for Engineering Acceptance of Generic Cabling System
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JGJ/T 454-2019 Intelligent Building Engineering Quality Inspection Standard
The user's network system must have a certain fault tolerance capability to ensure that the normal work of the user will not be interrupted under unexpected circumstances. The selected technology and equipment are mature and standardized. If conditions permit, the backbone network and various equipment shall have redundant backup, and the computer room shall be designed with uninterruptible power supply.
system composition
The basic structure of the generic cabling system is star shaped. According to the GB 50311 standard, the generic cabling system can be divided into seven subsystems: work area subsystem, distribution (horizontal) subsystem, trunk (vertical) subsystem, equipment room subsystem, incoming line room subsystem, management subsystem, and building cluster subsystem.
Work area: a separate area requiring terminal equipment (TE) can be divided into a work area. The working area shall be composed of connecting cables and adapters from the information socket module (TO) of the wiring subsystem to the terminal equipment.
Wiring subsystem: the wiring subsystem shall be from the information socket module in the work area, the information socket module to the wiring equipment (FD) in the telecommunications room Cable It is composed of wiring equipment, equipment cables and jumpers between optical cables and telecommunications.
Trunk subsystem: Trunk subsystem shall be composed of trunk cable and optical cable from equipment room to telecommunication room, building distribution equipment (BD) installed in equipment room, equipment cable and jumper.
Building cluster subsystem: The building cluster subsystem shall be composed of backbone cables and optical cables connecting multiple buildings, building cluster distribution equipment (CD), equipment cables and jumpers.
Equipment room: the equipment room is a place for network management and information exchange at an appropriate location of each building.
Incoming line room: the incoming line room is the entrance of the communication and information pipelines outside the building, and can be used as the installation site of the entrance facilities and the distribution equipment of the building group.
Management: The management shall identify and record the wiring equipment, cables, information socket modules and other facilities in the work area, telecommunications room, equipment room and incoming line room in a certain mode.
The generic cabling design of intelligent buildings and intelligent building parks should be divided into multiple work areas according to the actual needs of building types and regional functions. The area requirements of work areas can refer to the relevant recommendations of GB50311, and the number of information socket modules in each work area should not be less than 2, and meet the needs of various businesses. When optical fiber information sockets are used, the number of optical fiber information sockets should not be less than 2 cores. When the optical fiber to the work area meets the needs of large customers, the number of optical fiber cores shall be at least 2 cores for backup, which shall be configured as 4-core horizontal optical cable.
The generic cabling system shall meet the transmission rate requirements of the supported data system, and cables and transmission equipment of corresponding grade shall be selected.
The generic cabling system shall meet the transmission standard requirements of the supported telephone, data and television systems.
For the engineering design of generic cabling system, all hardware facilities such as cables, optical cables, various connecting cables, jumpers, and distribution equipment shall comply with the provisions of ISO/IEC 11801:2010 international standard to ensure the implementation of system indicators.
The integrated line and line system shall be equipped with Chinese display computer information management system. Manually log in the working status information of the hardware facilities related to the generic cabling system. The status information includes: the purpose and use department of the equipment and cables, the topology of the LAN, the transmission information rate, the configuration status of the terminal equipment, the number and color code of the occupied hardware, the functions and main characteristic parameters of the link, the integrity and fault records of the link, and so on. The equipment location, cable routing, building name, location, area code, floor number and room number shall also be recorded.
During system design, the cables, connecting hardware, jumpers, connecting wires, etc. selected for the whole system must be consistent with the selected category. If shielding measures are adopted, the whole system must be designed as shielding, and the continuity of shielding needs to be maintained.
Copper twisted pair grade
Cat 5e: It is a new type of cable system after improving part of the performance of the existing UTP twisted pair. Many performance parameters, such as near end crosstalk (NEXT), attenuation crosstalk ratio (ACR), have been improved, but its transmission bandwidth is still 100MHz. At present, there are two types: unshielded cable and shielded cable.
Category 6 cable system (Cat 6): a new level of cable system, whose bandwidth will be extended to 250MHZ in addition to the significant improvement of various performance parameters. In fact, this level of cabling system has been proposed for a long time, and is now widely used. There are shielded and unshielded cables.
Category 6A cable system (Cat 6A): a category above Category 6 cable system. In addition to the significant improvement of various performance parameters, its bandwidth will be expanded to 500MHZ, which is suitable for 10 Gigabit transmission.
Category 7 cable system: Category 7 cable system is a cable standard proposed by Europe, and its realized bandwidth is 600MHZ, but its connection module structure is completely incompatible with the current RJ-45. Due to the increase of frequency, the copper network preparation layer must be added in the outer layer. Only shielded cables are used to shield aluminum foil and outer braid (S/FTP).
Category 7A cable system: Category 7A is a higher level cable with a realized bandwidth of 1000MHZ. The structure of its corresponding connection module is not fully compatible with the current RJ-45. At present, GG45 (downward compatible with RJ45) and Tear module can be seen on the market (requires the adapter jumper of TERA-RJ45). Due to the increase of frequency, the copper network preparation layer must be added in the outer layer. Only the shielded cable is used to shield the aluminum foil and the outer copper mesh braid. Cables for 25G and 40G.
Category 8 cable system: Category 8 is a higher level transmission cable known at present, with a bandwidth of 2000MHZ. It is divided into two different structural levels, CAT 8.1 and CAT 8.2, and can support 40GBASE-T within 30 meters. Category 8 cable specifications are still in draft.
Wiring tools
Copper media information module
Optical fiber module
Panel/socket
Twisted pair
Jumper
optical cable
Fiber patch cord
Fiber pigtail
Distribution frame
Wiring tools
Desktop terminal products
Intelligent wiring box
