Indoor 2.2 * 5.3 mm photoelectric hybrid cable assembly

Abstract

The invention discloses an indoor 2.2 * 5.3 mm photoelectric hybrid cable assembly which comprises a photoelectric integrated high-temperature-resistant connector, a photoelectric hybrid cable, a splitter, an RJ45 network port and an SC / UPC connector. The photoelectric hybrid cable adopts an indoor flat butterfly structure, and an optical fiber is protected by a hollow pipe between two copper wires. The photoelectric integrated high-temperature-resistant joint is connected with one end of the photoelectric hybrid cable, and the splitter is connected with one end, far away from the photoelectric integrated high-temperature-resistant joint, of the photoelectric hybrid cable; and the RJ45 network port and the SC / UPC connector are connected with one end, far away from the photoelectric integrated high-temperature-resistant joint, of the splitter through branches of the photoelectric hybrid cable. The device is simple in structure and easy to operate; centralized construction, operation and maintenance of power supply equipment are facilitated, co-cable transmission of efficient electric energy and optical signals is realized, the construction cost is low, the time delay is ultra-low, and mutual interference between the optical signals and the electric energy is avoided; the flat structure saves the installation space; the assembly is small in outer diameter, light in weight, good in cable bending and side pressure resistance, high in expandability and wide in application range, and repeated laying of power supply lines is avoided.

Description

technical field [0001] The invention relates to the technical field of optical fiber communication equipment, in particular to an indoor 2.2×5.3mm photoelectric hybrid cable assembly, Background technique [0002] Statistics show that with the continuous increase of 5G service types and the continuous expansion of industry boundaries, the industry predicts that more mobile services will take place indoors in the future, requiring higher bandwidth to carry them. In order to obtain more bandwidth, indoor 5G combined with Wi-Fi6, as the next generation of Wi-Fi, in addition to providing higher speed and larger capacity, lower latency and more refined traffic management, Wi-Fi6 will also With higher spectral efficiency, larger coverage, more energy-efficient access terminal power consumption requirements, higher reliability and security, and access capabilities for traffic-consuming and delay-sensitive applications, it will Greatly expand the application range and scenarios of ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an indoor 2.2×5.3mm photoelectric hybrid cable assembly to solve the problem of network equipment taking power in the above background technology

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