Data center cabling (Data) is very critical in today's digital era! It refers to the installation and layout of cables and optical cables in the data center to connect various equipment and form a network transmission system to enable data to be transmitted stably and efficiently… Provide global procurement services for weak current intelligent products!
The main types of data center wiring are very diverse. Can they be divided into these types! One is the wiring of the telephone system, which generally uses large logarithmic cables. The second is computer network wiring, which mostly uses over five, six or even higher categories of network cables. 3. Coaxial cable is generally used for wiring of video systems. It can also be divided into horizontal wiring and main trunk wiring according to characteristics. The horizontal wiring is generally connected from the distribution frame to each work area, and the main trunk wiring is the distribution frame connecting each floor.
Wiring data centers will actually bring a lot of benefits! The first is that it ensures high speed and reliability of data transmission. The fastest transmission rate of the Super V network cable can reach more than 100 megabytes. The second one can make data center management more convenient, and line regularity facilitates maintenance and troubleshooting. In addition, it can save space well. The bridge wiring can integrate the lines and does not occupy too much area…
Regarding the design of data center wiring, it is indeed necessary to be very rigorous! First of all, in the early stage of design, we need to analyze the network topology status and equipment layout based on data center planning and business needs. Then, based on this, we calculate the key parameters such as the number, type and length of cables that need to be laid, and then make reasonable plans. Preparations must be sufficient before construction, and cable pipes that meet the standards and wiring tools must be selected. Professionals must have excellent technical requirements. In addition, the laying path should also avoid strong electricity, interference sources, etc.
Each step is also very important for construction. When laying cables, make sure that the cables are arranged neatly to avoid knots and crosses. The installation of the distribution frame must be firm and accurate to ensure that the wires are evenly distributed. Be sure to mark the connection ports, which will help quickly identify and maintain! After completion, you can strictly test and accept it to check whether the transmission performance meets the various design requirements.
Let’s talk about the specific issues of data center cabling! Q: What is the difference between horizontal wiring and backbone wiring? Answer: The backbone wiring is a data center network bridge connecting the centers at all levels; the horizontal wiring connects each work area to the horizontal subsystem, and the connection range is relatively small.
Q: How long does it take to design a new data center design and cabling design! A: This depends on the size of the data center. If a smaller data center may be designed in one to two weeks, but a large data center may take several months.
What is the reference factor for the selection of cable specifications? Answer: Choosing specifications will definitely depend on future data traffic requirements and the budget cost. For relatively high-quality but high-priced cables, high-quality cables can be used.
I always feel that a qualified and quality data center cabling is related to the success or failure of the data center! High-quality cabling systems can improve work efficiency, reduce investment costs, and have very low maintenance costs. Considered from a long-term development perspective, we must definitely pay attention to all links of data center cabling, and plan each step carefully and meticulously to ensure the stability and functionality of the entire data. When purchasing wiring-related products, you can buy them from reliable channels. For example, providing global procurement services for weak current intelligent products, which is more convenient.
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