Regarding modular data center wiring, many friends may not quite understand what it is. In fact, modular data center wiring is to build a cable system in a modular data center environment to realize the connection and communication between various devices, so that the data center can operate normally, and provide global procurement services for weak current intelligent products!
Let’s first understand the advantages of modular data center cabling, which has strong flexibility . For example, if our data center is expanded or renovated, modular wiring is very convenient to adjust or add cables, without having to make a big move like traditional wiring.
Second, it is super maintainable . Due to the regular wiring structure, the corresponding connection relationship of each module is clear and clear. Once a failure occurs, it is easy to accurately locate the root cause of the problem and perform maintenance.
In terms of installation efficiency, modular wiring is also much higher ! In the factory, the cables are pre-made according to the module specifications and assemble them on site. Compared with the traditional way of making cables on site, it greatly saves time and labor costs! Here are a few more points:
1. High-density wiring has obvious advantages. With more and more modern data center equipment, modular wiring can make use of space more efficiently.
2. It can improve space utilization, and the overall layout makes the data center site layout simpler and the channels are spacious.
There are still many key modules that need to be disassembled and explained in modular data center wiring. First, let’s talk about the horizontal subsystem. This mainly connects the workspace information socket and the management room subsystem; through which we can accurately transmit network signals to the terminal equipment
Next is the workspace subsystem. This refers to the area where staff use terminal equipment, such as computers, servers, etc. A standard network information socket (RJ-45 interface) can support computer networking!
The vertical trunk subsystem cannot be ignored. It is used to connect the equipment room on each floor to the main equipment room, and includes large logarithmic copper cables or optical cables to realize high-speed data packet transfer, playing a key role in the data transmission of the entire building.
In the subsystem, the equipment room is generally the main equipment room where network and communication equipment are placed, with key equipment such as jumper racks, routers, switches, etc.; these are the fundamentals to ensure the operation of various network services in the data center such as database services, file services, etc.! Having said that, let’s talk about providing global procurement services for weak current intelligent products!
After saying so much, you may have a few specific questions to ask. For example, some friends ask "How many types of bridges should be used in modular cabling systems?" This requires Modular data center cabling from the perspective of project scale and system complexity. If there are not many data center equipment, two or three types are enough; in the face of large and complex data room environments with complex and diverse system requirements, four or five types of bridges may be required to work in parallel!
Some people also asked, "What professional tools are needed to install modular wiring?" When installing, you must have a tape measure; to measure whether the cable length is appropriate; screwdrivers are used to fix the wire troughs and junction boxes; fiber splicing machines are used if they involve fiber wiring; and fiber cutters are indispensable when fibre cutoffs!
What is the difference between modular wiring and traditional wiring? Traditional wiring is more about presetting the fixed position and direction in advance according to the building drawings, and it is difficult to adjust on a large scale after construction; modular wiring is designed with high flexibility in its pre-design, and can be adjusted at any time according to actual conditions and can partially add upgraded cables in operation. Take fault search as an example. Traditional relying on point-by-point inspection efficiency is poor, modularization can quickly find the cause of the disease according to the numbered icon, and can gradually judge by layer, and by region!
For modular data center cabling, if there are partners who need data center expansion and reconstruction, it is worth considering; after all, it is flexible, efficient and convenient to maintain and can improve the operational efficiency of the entire data center. I believe that as long as you choose properly and use the right method, you will definitely enjoy an unprecedented efficient and fast data experience!
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