Multi-row easy-to-identify strip-shaped composite optical cable and manufacturing method thereof

Abstract

The invention provides a multi-row easy-to-identify ribbon-shaped composite optical cable and a manufacturing method thereof. The manufacturing method comprises the following steps: (1) installing a circular optical fiber ribbon and a flexible neon wire on an optical fiber pay-off rack, and respectively adjusting the pay-off tension of the circular optical fiber ribbon and the flexible neon wire; (2) raw materials of a transparent inner protection layer enter an inner protection layer extruding machine, so that the transparent inner protection layer is extruded outside the circular optical fiber ribbon and the flexible neon wire, and then the transparent inner protection layer is cooled to obtain an inner protection layer unit; and (3) connecting the plurality of inner protective layer units obtained in the step (2) side by side, then extruding a transparent outer protective layer outside the obtained structure, and cooling to obtain the multi-row easy-to-identify band-shaped composite optical cable. The multi-row easy-to-identify strip-shaped composite optical cable prepared by the invention is convenient to find a maintenance fault in an application process, can realize home network signal transmission and simultaneously has the functions of indoor illumination, house beautification and the like (namely, the combination of home network wiring and home illumination wiring), and further can save home cost expenditure.

Description

technical field [0001] The invention relates to a multi-row easily identifiable ribbon-shaped composite optical cable and a manufacturing method thereof, belonging to the technical field of photoelectric composite cables. Background technique [0002] As the main application materials for data center construction, optical cables carry the signal transmission function of data centers. With the explosive growth of data volume in data centers, data centers need to continuously increase the number of fiber cores to support higher bandwidth and capacity requirements. In the computer room of the data center, the density of optical cable wiring troughs and network cabinets is getting higher and higher. If the network in the computer room fails, it will be very difficult to quickly find the faulty optical cable and troubleshoot the problem. Maintenance brings great inconvenience; at the same time, with the full optical network coverage wiring in the family house, the network must be...

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Problems solved by technology

[0002] As the main application materials for data center construction, optical cables carry the signal transmission function of data centers. With the explosive growth of data volume in data centers, data centers need to continuously increase the number of fiber cores to support higher bandwidth and capacity requirements. In the computer room of the data center, the density of optical cable wiring troughs and network cabinets is getting higher and higher. If the network in the computer room fails, it will be very difficult to quickly find the faulty optical cable and troubleshoot the problem. Maintenance brings great inconvenience; at the same time, with the full optical network coverage wiring in the family house, the network must be connected to every room, but the existing network wiring and household lighting wiring are separated independently, which brings inconvenience to construction and installation , resulting in increased wiring costs

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