AmerHis next generation global IP services in the space

A. Yun, O. Casas, B. D. L. Cuesta, Isaac Moreno, A. Solano, Juan Manuel Rodriguez, C. Salas, I. Jimenez, E. Rodriguez, A. Jalon
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引用次数: 6

Abstract

On-Board Processing (OBP) technology has been already in the satellite scene for almost two decades. It has been a difficult path and for a long time considered an added but expensive value brought to the satellite payload. Today, it is a commercial and competitive reality. In the case of Thales Alenia Space (TAS), a new generation of OBP solutions are available to satisfy the always more demanding needs of satellite communications. The AmerHis generation OBP satellite systems represent a full family of next generation satellite global IP services solution, with more capacity, more flexibility and quick adaptation to market changes. This paper provides an overview of the processed transponders concept and classification of OBP types, the benefits and tradeoffs of OBP based satellite systems are analyzed. All this, to help the introduction of Thales Alenia Space OBP based satellite systems solutions. Special interest is given to AmerHis generation satellite systems, covering its main benefits, market advantages, its present status and future evolutions.
AmerHis的下一代全球IP服务领域
星上处理(OBP)技术在卫星领域已经应用了近20年。这是一条艰难的道路,长期以来被认为是卫星有效载荷的附加价值,但代价高昂。今天,这是一个商业和竞争的现实。在泰雷兹阿莱尼亚航天公司(TAS)的案例中,新一代OBP解决方案可用于满足越来越苛刻的卫星通信需求。AmerHis一代OBP卫星系统代表了下一代卫星全球IP服务解决方案的完整家族,具有更大的容量、更大的灵活性和对市场变化的快速适应。本文概述了处理转发器的概念和OBP类型的分类,分析了基于OBP的卫星系统的优势和权衡。所有这些,都有助于引进泰雷兹阿莱尼亚空间OBP卫星系统解决方案。特别关注AmerHis一代卫星系统,涵盖其主要优点、市场优势、现状和未来演变。
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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