Data Center
Data Center
During the development of digitalization and informatization, data transmission is of great importance. The typical transmission rate of data centers is evolving from 10G, 25G, 40G, 100G to 200G and 400G. The comprehensive wiring of IDC data centers generally uses pre-terminated MPO/MTP optical cables as the transmission medium of the data center, which greatly reduces the occupied space of the wiring system in the machine room. The MPO/MTP optical cables have options of 8 cores, 12 cores, 24 cores, 48 cores, 72 cores, 288 cores, etc.

Generic Cabling System

The Generic Cabling System is a set of building cabling systems that are complete, open and scalable, based on a set of universal standards. It uses high-quality cables, related connection hardware and other auxiliary equipment to flexibly, orderly and conveniently connect various information systems physically and logically.

Six Subsystems

The comprehensive cabling system is usually composed of six subsystems: the work area subsystem, the horizontal subsystem, the vertical backbone subsystem, the equipment room subsystem, the management subsystem, and the building distribution subsystem. This system mainly adopts standardized components and modular combinations, which can effectively transmit voice, data, images and control signals in a unified manner. It not only forms a standard, practical, flexible and open wiring system, but also greatly enhances the supporting capacity of the system platform.

Key Points Of DC Generic Cabling System

The structured cabling system in a data center adopts one or more MDA (Main Distribution Area) main distribution zones to provide flexible and standard-based equipment connections. These connections include those between switches and servers, between servers and storage devices, and between switches. Depending on the number of device ports, zone patch panels or cabinets can be used to implement the cabling.

Pre-end DC Cabling Solutions

These centralized distribution areas are typically located in the middle or at the end of a row of server cabinets. The movement, addition, or change of equipment is accomplished by reconfiguring the fiber optic patch cords in the centralized distribution area. The permanent link portion of the link does not change due to the movement, addition, or change of equipment. The patch cords connected to the switch and server ports do not need to be adjusted with the movement, addition, or change of equipment.

DC Cabling Solutions

Data Exchange Transmission Solution

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