Integrated Wiring System Standard learning notes

The standard of the Integrated Wiring System is the vane of the design of the cabling system. Only by following this standard can a reasonable cabling system be designed. Many people may not understand the new standard of the Integrated Wiring System, after reading this article, you must have gained a lot. I hope this article will teach you more things.

The approval of ISO/IEC 11801, IEC 63796-3-104, and IEC 60603-7-7 2nd versions means that the integrated cabling system standards for Class 7/F systems and their components have been fully determined. Standardized full shielding of the integrated wiring system means that not only the entire cable is shielded, but each cable is also shielded. It provides performance that cannot be achieved by UTP (unshielded twisted pair wires) cabling.

For example, each line pair in a cable can be used for transmission without affecting other lines in the same cable. The interfaces used in the Simon lightning connector are described in the international Integrated Wiring System Standard IEC 63796-3-104, and in ISO/IEC 11801 and ISO/IEC 15018 (draft) f-level cabling and BCT cabling are defined respectively. These ISO and IEC generic cabling system standards affirm the technical superiority of the generic interface, so that they can be compatible with other international generic cabling system standards worldwide.

As part of Simon's 10G ip cabling solution, the ingress Connector provides almost twice the standard bandwidth of 7 class/F cabling systems. That is to say, the current generic cabling system standard specifies that the connector performance can reach 600 MHz, while the connector can provide a bandwidth of up to GHz for each line. This extra bandwidth is critical for high-bandwidth applications such as broadband videos, video conferences, and voice and data transmission over the same cable. The connector has one, two, and four pairs to support multiple requirements of the four-wire socket. The Rack socket can be used in both the work zone and the telecommunications room (TR ).

Simon's middleware connector uses four sets of designs, each of which is internally isolated from each other. This allows end users to leave room for future cable configuration based on actual conditions. One pair of cables is used for telephone calls, and the other two are used for 10/100 Mbps data transmission. The remaining one can be left for video transmission or other applications. If you plan to install a 1 Gbit/s or 10 Gbit/s data network, all the four lines will be mounted. The shield quad interface is better designed than the RJ-45 connector because each quad has a near-end crosstalk isolation.

A workstation is usually equipped with two cables, one for a traditional phone and the other for data transmission. During 1 Gbit/s transmission, all four pairs of cables on a cable from a telecommunications outlet are used for end-to-end connection, it is also expected to be compatible with 10 Gbit/s transmission. Another four-wire can provide various other services, such as telephones, active Ethernet devices, and video conferences.
Analysis of Fully shielded cables

The shielding structure in STP is also called Pimf (metal foil wire shielding ). In fact, this shielding layer eliminates the crosstalk between line pairs and allows applications with "noise" to run without affecting other services running on the same cable. This is extremely important for high electromagnetic interference (EMI) environments like the plant ground. In addition to effectively prevent noise interference between different cables, the shielding layer of each line and the shielding layer around each cable can also prevent interference between cables for better communication.

In addition to the ability to transmit high-speed data, the band range of Class 7/Class F cabling systems is also expanded. For example, the frequency of Class 5/Class D cabling is 100 MHz, the frequency of Class 6/Class E is 250 MHz, and that of Class 7 cabling is 600 MHz. Simon's TERATM Connector provides 1200 MHz (1.2 GHz) performance, allowing customers to transmit voice, high-speed data, and broadband videos to the desktop over a single cable. In Simon's solution, each shielded wire pair is closed by an independent L4 end of the teratm connector; the supplied modular Jumper can be compatible with RJ-11 and RJ-45 in either 1-, 2-, or 4-pair configuration, making it a universal, extremely high integrated wiring system standard solution.

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