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Optical Crosslinks for Broadband Satellite Networks

机译:宽带卫星网络的光交叉链路

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This paper describes the use of optical communication technology in the proposed new satellite network configurations. In all of these application scenarios high data rate optical crosslinks to interconnect the satellites of the satellite network can significantly improve the performance of the system.rnThe paper starts with a brief overview on the different satellite network layouts. Based on these application scenarios performance requirements for optical crosslink terminals (lasercomm-terminals) are derived. After that a brief introduction to the functionality and the key building blocks of a lasercomm terminal is given. The paper concludes with an overview on how to use the terminals of the Contraves Space lasercomm terminal product family for the different applications.rnOne can say that the performance of the upcoming satellite networks will strongly depend on the performance of the data crosslinks to other satellites in the network or to other satellite networks. The choice of the right optical crosslink technology will be a key factor for the quality of services the satellite network can provide to the user and eventually it will be a key factor for the system's commercial success.
机译:本文介绍了光通信技术在建议的新卫星网络配置中的使用。在所有这些应用场景中,高数据速率光交叉链路将卫星网络的卫星互连在一起可以显着改善系统的性能。本文首先简要概述了不同的卫星网络布局。基于这些应用场景,得出了光交联终端(激光通信终端)的性能要求。之后,简要介绍了激光通信终端的功能和主要组成部分。本文最后概述了如何在不同的应用中使用Contraves太空激光通信终端产品系列的终端。有人可以说,即将到来的卫星网络的性能将在很大程度上取决于与其他卫星的数据交叉链接的性能。网络或其他卫星网络。正确的光学交联技术的选择将成为卫星网络可以提供给用户的服务质量的关键因素,并且最终将成为系统商业成功的关键因素。

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