Optical wireless links in future space communications with high data rate demands

P. Brandl, T. Plank, E. Leitgeb
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引用次数: 6

Abstract

The use of optical communication links is a growing and promising technology, with applications spreading over many areas of telecommunication. This paper will present the results of an investigation on interplanetary communication requirements for future space mission which was done under an ESA contract and SatNEx II. From the user point of view, the technology behind the data transmission is irrelevant. However, when applying optical wireless links, high data rates could be realized with less effort compared to RF links. It should be clarified how optical communication links can provide well working solutions for a growing demand on data rates. Moreover, some first system designs with corresponding link budget calculations were performed.
光无线链路在未来空间通信中具有高数据速率的要求
光通信链路的使用是一项不断发展和有前途的技术,其应用遍及电信的许多领域。本文将介绍根据欧空局合同和SatNEx II进行的关于未来空间任务的行星际通信需求的调查结果。从用户的角度来看,数据传输背后的技术是无关紧要的。然而,当应用光无线链路时,与射频链路相比,可以以更少的努力实现高数据速率。应该澄清的是,光通信链路如何能够为日益增长的数据速率需求提供良好的工作解决方案。并进行了初步的系统设计和相应的链路预算计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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