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- The first major standard describing a structured cabling system for computer networks was the TIA/EIA 568-A in 1995.
Talk to your electrician or home security installer about what you want the system to do and ask, what type of cabling do you need to make it happen.
Cable Plant
Horizontal cabling is the cabling that connects the work area telecommunications room to the horizontal cross connect.
Although Cabling itself is a good term for it, they are also classified under Connectors or vaguely under Network Components.
work area
The hardware that makes up the enterprise-wide cabling system is known as the network infrastructure. This includes a variety of components such as routers, switches, hubs, and repeaters, which are used to interconnect different devices and create a reliable and efficient network. In addition to the hardware, the enterprise-wide cabling system also includes the physical cabling itself, which may be fiber optic or copper-based. The design and implementation of the network infrastructure is critical to ensuring that data can be transmitted and received effectively across the enterprise, and can have a significant impact on the performance and reliability of the overall system.
Fiber optic cabling, Category cabling, and coaxial cabling.
RFC cabling stands for "Request for Comments" cabling. RFC is a series of documents published by the Internet Engineering Task Force (IETF) that define standards and protocols for the internet. In the context of cabling, RFC cabling refers to following the guidelines set out in these documents for the design and installation of network cabling systems.
Distribution cabling refers to the structured cabling system used to connect telecommunications rooms, equipment rooms, or buildings to the end-user outlets. It typically involves a network of cables, such as fiber optic or copper, that facilitate data transmission across various distances within a facility. This cabling supports various applications, including voice, data, and video communications, ensuring reliable connectivity throughout the network infrastructure. Proper installation and management of distribution cabling are essential for optimal network performance and scalability.
Cabling methods refer to the various techniques and standards used for installing and managing cables in networking and telecommunications systems. These methods include the layout, organization, and termination of cables to ensure efficient data transmission, reduce interference, and maintain system reliability. Common cabling methods include structured cabling, which follows a standardized approach, and specific wiring designs like star or bus topologies. Proper cabling methods are essential for achieving optimal network performance and ease of troubleshooting.
Cable Plant.