Today, optical fiber distribution boxes are widely used in data centers to provide a secure network wiring environment for high-density data centers. As data centers have higher and higher requirements for wiring density, optical fiber distribution boxes provide richer functions and a more flexible wiring environment for various applications. It is very important to choose the correct optical fiber distribution box and make full use of the optical fiber distribution box. So how to make full use of optical fiber distribution boxes in the data center to make the wiring environment more flexible?
The optical fiber fusion splice in the fiber optic distribution box is used to splice the adapter panel, and the splice tray can be installed in the optical fiber cabinet for storage and wiring of the optical fiber fusion splice. An additional multi-head pigtail also needs to be spliced with the input fiber optic cable. Then the optical fiber pigtail will be connected and installed on the optical fiber adapter on the front panel.
It is very common to connect the optical fiber distribution box with jumpers, and only need to install 2 slack spools and 4 fiber optic adapter panels on the fiber optic distribution box when connecting. The optical fiber distribution box can provide an easy-to-manage environment for the optical fiber patch cords, and the two reels installed in the slide-out distribution box can help manage these optical fiber patch cords.
With the development of 40G/100G networks, transmission between MTP40G/100G and LC10G interfaces can be carried out. In order to minimize the installation time and ensure the connection quality, the MTO-LC interface is widely used. A 1U rack-mounted chassis can accommodate up to 4 HD MTP boxes. With different optical fiber distribution box components, different network wiring requirements can be met. The three accessories of the above-mentioned optical fiber distribution box are the most commonly used.
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