Distributed System Architectures and concepts are increasingly being utilized and specified for ruggedized, real-time avionics, flight control, and ground based systems. Realizing the inherent advantages of fault tolerance, flexibility, extensibility, adaptability, and higher performance in these system architectures requires the development/evolution of interconnect technology beyond what is currently available. This paper describes the Sperry Defense Products - Computer Systems Division second generation High Speed Interconnect System (HSIS) developed during 1985 as part of a cooperative Internal Research and Development project. The HSIS is a 100 MBPS Token passing fiber optic bus which services up to 256 stations and utilitizes an IEEE 802.4-like Tokenpassing protocol. During 1986 the SAE AE-9B Linear Token Passing Bus protocol is being incorporated into the HSIS and downsizing through the use of VLSI/VHSIC components is being examined. The HSIS system architecture and design allows for technology insertion and supports a wide range of equipment types and capabilities by the incorporation of firmware personality modules.
The high speed interconnect system
Ein Hochgeschwindigkeits-Verbindungssystem
1986
11 Seiten, 7 Bilder, 4 Quellen
Conference paper
English
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