A SpaceFibre multi lane codec System on a Chip: enabling technology for low cost satellite EGSE

P. Nannipieri, Gianmarco Dinelli, Daniele Davalle, L. Fanucci
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引用次数: 12

Abstract

In the last few years, data rate requirement on on-board satellite communication systems significantly grown. The need of high speed networks led to the birth of the SpaceFibre protocol, which is able to run at several Gigabit per second and operates over both optical fibre and copper cables. A key feature of SpaceFibre is the possibility to have multi lane link, which increases the overall achievable data rate and link reliability. The growing complexity of satellite payload communication systems requires the definition an accurate monitoring and testing system. In this paper a multi lane SpaceFibre interface integrated in a System on a Chip is presented as enabling technology for an electrical ground segment equipment.
片上空间光纤多通道编解码系统:低成本卫星EGSE使能技术
近年来,星载卫星通信系统对数据速率的要求显著提高。高速网络的需求导致了SpaceFibre协议的诞生,该协议能够以每秒几千兆比特的速度运行,并在光纤和铜电缆上运行。SpaceFibre的一个关键特点是可以实现多通道链路,这增加了总体可实现的数据速率和链路可靠性。卫星有效载荷通信系统日益复杂,需要定义一个精确的监测和测试系统。本文提出了一种集成在片上系统中的多通道空间光纤接口,作为电接地设备的使能技术。
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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