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The Use of the Fiber Patch Panel

Date:02-06-2017

The fiber patch panels are mainly housed in 19-inch relay racks, but can also be mounted on separate rails, cabinets and walls. For fiber-optic cabling installation, you should carefully plan the location of the fiber-attached hardware, including the fiber-optic patch panel. You can choose between direct cross-connect and patch panels. If you choose to use the fiber panel, you also need to arrange routing and dressing for fiber jumpers. For fiber-optic cabling installation, you should carefully plan the location of the fiber-attached hardware, including the fiber-optic patch panel. You can choose between direct cross-connect and patch panels. If you choose to use the fiber panel, you also need to arrange routing and dressing for fiber jumpers. At the same time, you can also choose to use fiber optic cable management bracket to avoid hanging fiber jumpers.

They are used for horizontal cabling and optical equipment connections. You should carefully plan the wiring layout to easily arrange these patch panels to obtain the appropriate fiber jump cable length. These two types of panels should be as close as possible. In a large installation, the fiber patch location may have several wiring boards. They are usually placed aside so that the fiber jumpers can be directly cross-connected without climbing the rails through the route at the top of the rack.

Optical engineers often use fiber patch panel to test fiber in fiber optic cables. When fiber is separated and tested separately, the fiber optic cable can be located in a single fiber. The panel can easily organize the fiber. In addition, working with the fibers in the tray of the fiber optic patch panel protects the fibers from any objects that may damage the fiber in the environment. It is necessary to separate the optical fiber cables at one end so as to enter the respective optical fibers. The separated fibers are fed into different ports, each having a fiber optic adapter. You can then use these adapters to insert individual fibers into other devices.