What is traditional wiring?

Traditional integrated wiring is a bus topology, while integrated wiring is a star topology. There are sufficient ports to choose from in various locations in the room, and each room has reserved cables, large expansion space, and centralized control. Under unified management.

The shortcomings of traditional wiring are mainly reflected in: the wiring of different application systems (telephone, computer system, local area network, building automation system, etc.) are independent, and different equipment uses different transmission cables to form their own networks. At the same time, the structures and production standards of the sockets, modules and distribution frames that connect the cables are different, and they cannot achieve the purpose of practical use. In addition, the construction periods are different, resulting in great differences in the wiring systems formed, making it difficult to Interchangeable.

Because there is no unified design, this traditional wiring method is inconvenient in construction, use and management; when the workplace needs to be re-planned and equipment needs to be replaced, moved or added, the cables can only be re-layed. Installing plugs and sockets requires interrupting work. Obviously, wiring work is very time-consuming, costly and inefficient. Therefore, traditional cabling is not conducive to the comprehensive utilization and management of the cabling system, and limits the changes in application systems and the expansion and upgrade of network scale.

Traditional integrated wiring is a bus topology, while integrated wiring is a star topology. There are ample ports to choose from in various locations in the room, and each room has reserved cables. , large expansion space, centralized control and unified management.