Mechanical fiber distribution system based on Clos crossing matrix algorithm

Abstract

A mechanical fiber distribution system based on Clos crossing matrix algorithm comprises a main support, a plugging mechanism, a control system, an optical fiber panel and a fiber take-up box. The optical fiber panel is disposed on the main support, and the fiber take-up box is disposed on the optical fiber panel. The optical fiber panel can be controlled by the control system to move along a guide rail on the main support. The plugging mechanism is connected with the control system in a controlled manner and comprises two mutually perpendicular guide rails in horizontal plane and a guide rail perpendicular to the horizontal direction, corresponding sliders are disposed on the guide rails respectively, and a plugging manipulator is fitted to the slider X to the guide rail X transversely in the horizontal plane. The ideal structure meeting the requirements of transmission equipment for crossing matrix is established and is widely applicable to various optical transmission devices. The mechanical fiber distribution system is highly extensible, highly flexible and highly reliable. The limitation on optical switching by capacity is eliminated, loss in optical switching is avoided, and the optical switching for places requiring ultra-large capacity is achieved.

Description

technical field [0001] The invention relates to an optical mechanical distribution system, in particular to a mechanical optical fiber distribution system based on a CLOS cross matrix algorithm. Background technique [0002] In recent years, the optical network technology has been developing rapidly, and the new optical fiber technology is constantly improving. The transmission capacity of the optical network has reached the T-bit level, or even higher. At the same time, the problem is that in order to ensure the effective transmission of the optical network, the transmission equipment needs to have a huge transmission capacity and accurate business immediacy. Therefore, a method that can quickly and accurately realize large-capacity optical network switching has become an urgent need at present, and a wiring system that can perform automatic switching has become one of the requirements of the modern operator industry. [0003] Optical switching technology is the core techn...

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Problems solved by technology

[0009] The purpose of the present invention is to propose a mechanical optical fiber distribution system based on the CLOS cross-matrix algorithm, which solves the problem that the existing optical fiber distribution system is easily affected by the external environment, is limited by capacity, and cannot meet the requirements of large transmission capacity and Automatic distribution of a large number of optical fibers

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