Universal COTS-Based SpaceVPX Payload Carrier for LEO Application

M. Kuklewski, S. Hanasz, G. Kasprowicz, Marcin Bieda
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Abstract

This paper presents a concept of the universal COTS-based Payload Carrier for new a microsatellite platform designed in compliance with the SpaceVPX (VITA 78.0) standard. Card functionality can be extended by adding VITA 57.1 FMC Mezzanine cards and therefore cover a wide spectrum of applications, which can be prototyped on off-the-shelf FMC evaluation boards. Selected assumptions of the design, which originate from a minimum 2-year-long mission on LEO and the SpaceVPX standard, are described in the introduction. Further, they are followed by a detailed description of selected components and proposed software required for reliable operation in the space environment. Finally, examples of applications such as communication data link layer processor implemented according to CCSDS standard, DSP processor for Software-Defined-Radio, and interface for dedicated payload computer are described.
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用于低轨道应用的基于cots的通用SpaceVPX有效载荷载体
根据SpaceVPX (VITA 78.0)标准设计的新型微卫星平台,提出了一种基于通用cots的有效载荷载体概念。卡功能可以通过添加VITA 57.1 FMC mezz卡来扩展,因此涵盖了广泛的应用,可以在现成的FMC评估板上进行原型设计。在引言中描述了设计的选定假设,这些假设源于在LEO上至少2年的任务和SpaceVPX标准。此外,还详细说明了在空间环境中可靠运行所需的选定部件和拟议软件。最后,介绍了基于CCSDS标准实现的通信数据链路层处理器、软件定义无线电DSP处理器和专用有效载荷计算机接口等应用实例。
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