The incorporation of fibre channel and scalable coherent interface technologies in avionics systems

G. Valentino, T. Bohman
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引用次数: 2

Abstract

New and emerging combat aircraft, especially those with sophisticated surveillance and multi-spectral capabilities, acquire and need to move and process data at enormous data rates. Avionics architectures have evolved over time to adapt to these demanding data acquisition, data movement, data processing, and data storage requirements. The trend has been from dedicated, through federated, to distributed systems. Two key technologies that can support the continued movement to distributed systems are Fibre Channel (FC) and Scalable Coherent Interface (SCI). This paper will discuss and compare FC and SCI, illustrate how they may be used in a complementary manner, and provide insights into component and device sources.
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航空电子系统中光纤通道和可扩展相干接口技术的结合
新型和新兴的作战飞机,特别是那些具有复杂监视和多频谱能力的飞机,获取并需要以巨大的数据速率移动和处理数据。随着时间的推移,航空电子架构不断发展,以适应这些苛刻的数据采集、数据移动、数据处理和数据存储要求。趋势是从专用系统,到联合系统,再到分布式系统。支持向分布式系统持续迁移的两个关键技术是光纤通道(FC)和可扩展连贯接口(SCI)。本文将讨论和比较FC和SCI,说明它们如何以互补的方式使用,并提供对组件和设备源的见解。
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