Creating a network cabling system requires a great deal of planning. You need to know the exact size and shape of your cables, the exact route you want to take the wiring, and the performance level you want to achieve. You also need to plan out the logistics of the installation, including distance and sizing limitations, accessibility for maintenance, and safety hazards.
Structured cabling system
A structured network cabling system is a powerful tool for achieving a business’s connectivity needs. This kind of cabling system eliminates a great deal of hassle and expense associated with making changes and additions to your business’s network. It also provides increased flexibility in adapting to future changes in your network infrastructure. Whether you’re moving to a new office or need to make upgrades to your existing one, a structured cabling system makes the process easy and quick.
Unlike point-to-point cabling, a structured network cabling system adheres to a standard design. These systems consist of cables, protection devices, network demarcation points, and connections to the inside cabling and outside plant. They are used to connect telecommunication equipment, which in turn serves the users inside the building.
A data cabling system is a series of cables that can provide Wi-Fi service, cable television, phone service, or connect your computer to your network. A well-designed structured cabling system will provide the necessary bandwidth and speed to meet the requirements of your business. Nowadays, most businesses need data wiring to stay connected and use web-based services. Whether you have a small business or a big one, data wiring is a vital part of your business.
Data cabling is the backbone of your network and is essential for smooth data transfer. It can connect multiple devices, including telephone systems, security systems with cameras, and copiers. The faster you can download and transmit data, the better. Data cabling is an essential part of your network cabling system, and it can position your business for success.
Unshielded twisted pair cable
Unshielded twisted pair cable is a common network cabling material. It is composed of two pairs of wires that are twisted around each other, providing low-cost flexibility and immunity to electromagnetic interference. UTP cable is the same type used for telephone and Ethernet lines. The difference between the two is primarily the number of twists per inch. Tighter twisting increases the supported transmission rate, but at the expense of increased cost per foot.
Unshielded twisted pair cable is usually terminated with an RJ-45 connector. The connector is shaped like a telephone jack with a slot on the end. The RJ stands for Registered Jack, which is a standard within the phone industry. This standard specifies the wires that go into each pin.
Work area subsystems
Work area subsystems of a network cable system comprise components that connect end-user equipment to the horizontal cabling system. These components should have at least two telecommunications outlets and two permanent links. They may also include multiuser telecommunications outlet assemblies.
Work area subsystems are typically connected to the backbone of the cabling system through a wiring closet. They also connect all the terminals to the wiring equipment and act like branch lines. There are two main types of wiring channels for this subsystem: pre-buried buried pipe and underground duct and ground lead mode.
Work area subsystems are generally located in the equipment room. They house system equipment, including routers, switches and PBXs. In addition, network cabling typically terminates here. These spaces should be environmentally controlled, with temperatures and relative humidity within the manufacturer’s specifications. A typical equipment room also includes a power supply and equipment for end-user equipment, such as Wi-Fi enabled devices and hosted network cabling installation services.