首页> 外文会议>Conference on Optical Wireless Communications Ⅳ Aug 21-22, 2001, Denver, USA >Fiber coupled transceivers in point-to-point and point-to-multipoint optical wireless systems
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Fiber coupled transceivers in point-to-point and point-to-multipoint optical wireless systems

机译:点对点和点对多点光学无线系统中的光纤耦合收发器

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摘要

A conceptual analysis of contemporary technological approaches for Free Space Optical (FSO) systems is presented, with cost drivers and installation requirements outlined. Major cost and installation drawbacks for typically packaged FSO systems include the number of opto-electronic (OE) interfaces needed to establish a link, rooftop or outdoor power utility requirements, and the mounting structures required to overcome wind loading and system weight. The paper describes an alternative to the traditional approach through the use of fiber coupled transceivers that separate the electronic packages away from the outdoor optical antenna. In this approach, weight and wind loading are minimized, the number of OE interfaces are reduced and special outdoor power utility requirements are eliminated. The fiber-coupled system is inherently low-maintenance and simple to upgrade and provides the low-cost core technology for a metropolitan area network deployment of point-to-multipoint FSO.
机译:本文对自由空间光学(FSO)系统的当代技术方法进行了概念分析,并概述了成本驱动因素和安装要求。通常封装的FSO系统的主要成本和安装缺陷包括建立链接所需的光电(OE)接口数量,屋顶或室外电力公用事业要求,以及克服风荷载和系统重量所需的安装结构。本文通过使用光纤耦合收发器描述了传统方法的替代方法,该收发器将电子封装与室外光学天线分开。采用这种方法,可以最大程度地减少重量和风荷载,减少OE接口的数量,并消除了特殊的户外电源需求。光纤耦合系统本质上维护成本低,易于升级,并且为点对多点FSO的城域网部署提供了低成本的核心技术。

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