From the perspective of cable attachment inside the console, in today's data centers, the cabinet configuration density is higher, accommodating more devices, and a large number of redundant accessories are used (such as redundant power supplies, storage arrays, etc.). In addition, the equipment configuration inside the network cabinet changes frequently, and data cables and cables increase or decrease frequently. So, the network cabinet must provide sufficient cable channels to allow cables to enter and exit from the top and bottom of the network cabinet. Within the network cabinet, the laying of cables must be convenient and orderly, close to the cable interface of the equipment, in order to shorten the wiring distance; Reduce the space occupation of cables, ensure that equipment installation, adjustment, and maintenance processes are not affected by wiring interference, and ensure that heat dissipation airflow is not blocked by cables; Meanwhile, in the event of a malfunction, it is possible to quickly locate the equipment wiring.

Reasonable wiring can save space, effectively manage cables, improve air convection channels, and enhance the reliability of equipment operation. If there is a malfunction in the equipment being used, reasonable wiring can help to quickly identify the problem and eliminate it as soon as possible.

The control console, as a type of casing equipment specifically designed for placing equipment and clearing circuits in control rooms, is widely used in control centers. The rationality of console wiring directly affects the efficiency of equipment work. So in console design, there should be a reasonable cable rack to ensure that power and data cables can enter the cable channel vertically and parallel, reduce the signal radiation loss of the cables themselves, and reduce radiation interference on surrounding cables, ensuring that all cables are clear and orderly.