The technology advancement of satellite instruments requires increasingly fast interconnection technologies, for which no stan-dardised solution exists. SpaceFibre is the forthcoming protocol promising to overcome the limitation of its predecessor SpaceWire, offering data-rate higher than 1 Gbps. However, while several implementations of the SpaceFibre IP already exist, its Network Layer is still at experimental level. This article describes the architecture of an implemented SpaceFibre Routing Switch and provides synthesis results for common FPGAs.
VHDL design of a spacefibre routing switch
Leoni A.;Nannipieri P.;Fanucci L.
2019-01-01
Abstract
The technology advancement of satellite instruments requires increasingly fast interconnection technologies, for which no stan-dardised solution exists. SpaceFibre is the forthcoming protocol promising to overcome the limitation of its predecessor SpaceWire, offering data-rate higher than 1 Gbps. However, while several implementations of the SpaceFibre IP already exist, its Network Layer is still at experimental level. This article describes the architecture of an implemented SpaceFibre Routing Switch and provides synthesis results for common FPGAs.File in questo prodotto:
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