Flat type multi-core comprehensive wiring optical fiber cable and corresponding wiring structure thereof

Abstract

The invention provides a flat type multi-core comprehensive wiring optical fiber cable. Multiple single core optical cable jumpers are arranged side by side, so that wiring in a machine room is tidy, construction is convenient, and subsequent maintenance is easy. The flat type multi-core comprehensive wiring optical fiber cable comprises at least three optical fibers, all the optical fibers are arranged horizontally in parallel, outer sheath layers of the adjacent optical fibers are mutually connected, the highest points of the outer sheath layers of all the optical fibers are on the same plane, and the lowest points of the all the outer sheath layers are on the same plane.

Description

technical field [0001] The invention relates to the technical field of optical cable structures, in particular to a flat multi-core integrated wiring optical fiber cable, and the invention also provides the wiring structure of the flat optical fiber cable. Background technique [0002] At present, the traditional computer room integrated wiring optical cable generally adopts single-core optical cable ( figure 1 ) or twin-core optical cable ( figure 2 ), the wiring process is disorganized and very chaotic, and even dozens of wires are entangled together like a mess, which affects the appearance, and at the same time brings great inconvenience to subsequent maintenance and slot expansion. [0003] With the great development of FTTx construction in recent years, the optical fiber is gradually approaching the user end. During the construction process, the computer room is the heart of user services, the gathering place for uplink reception and downlink distribution of data, vo...

AI Technical Summary

Problems solved by technology

During the construction process, the maintenance and security of the largest number of equipment in the computer room are often overlooked—optical fiber jumpers. In the computer room, it is often seen that the wiring of optical fiber jumpers is disorderly and chaotic, and even dozens of wires are entangled together like a ball. It is messy, and it takes a lot of trouble to pull out one of them. You need to touch other jumper units while pulling out. If other jumpers are affected by external forces during the process of pulling out, the optical attenuation of the link will be too large, resulting in signal failure. It will bring great inconvenience to the follow-up maintenance and trunking expansion

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