Device and method for realizing large-scale optical CLOS network interconnection, equipment and medium

Abstract

The embodiment of the invention discloses a device and method for realizing interconnection of a large-scale optical CLOS network, equipment and a medium, relates to the technical field of telecommunication equipment, and solves the technical problem that optical fiber wiring is complicated when the optical CLOS network is used as a connecting unit for interconnection. According to the technical scheme, at least two optical interconnection modules are arranged; each optical interconnection module comprises at least one optical interconnection unit, and the optical CLOS cross connection device comprises an optical waveguide interconnection plate, an optical connector and a structural body, wherein the optical waveguide interconnection plate and the optical connector are fixed through the structural body, and the optical interconnection unit is connected with the optical waveguide interconnection board through the optical connector. According to the device and the method, when equipment networking is carried out, optical fiber wiring is greatly optimized, the individual requirements of optical fiber interconnection are shielded, the complexity of optical fiber connection between optical interconnection units is greatly simplified, the deployment speed of the equipment is increased, and the deployment quality of the equipment is improved.

Description

technical field [0001] The present disclosure relates to the technical field of telecommunication equipment, in particular to the optical interconnection of data switches, routers, SRs, BRASs, and large-scale wavelength division equipment, and in particular to a device, method, equipment, and medium for realizing the interconnection of large-scale optical CLOS networks. Background technique [0002] As the difficulty of high-density electrical interconnection on the backplane of large-scale communication switching equipment becomes more and more difficult, the call for optical interconnection inside and between switching equipment is getting higher and higher. Compared with the electrical interconnection, the optical interconnection inside the device has many natural advantages. One very important advantage is that it breaks through the restriction of the 40-inch length of the electrical backplane and decouples the connection between the line card and the switch card inside t...

AI Technical Summary

Problems solved by technology

[0003] However, in a large-scale communication equipment system in which all interconnection units are optically interconnected, the general connection units are interconnected using a CLOS topology network, which makes the optical fiber connections between optical interconnection units very complicated. The optical fiber of the unit will be connected to multiple optical interconnection units

In addition, in the same optical interconnection unit, the optical fibers may belong to different optical engines, and these optical interconnection units have a certain distance in space, and the optical interconnection units are directly connected by optical fibers, resulting in the wiring of optical fibers Very complex, and the complexity of the optical interconnection network within and between large-scale equipment leads to a series of problems in equipment production, deployment, expansion, etc.

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