Rad-hard interface chip complies with SpaceWire standards - Embedded.com

Rad-hard interface chip complies with SpaceWire standards

Manassas, Va.—BAE Systems has produced a radiation-hardened single-chip SpaceWire interface that it says performs the functions of multiple chips at a fraction of the size, saving cost, space, weight, and power.

BAE Systems is the first company to produce a chip that is fully compliant to SpaceWire standards.

“Through a partnership with NASA, our SpaceWire interface chip has been accepted on the Geostationary Operational Environmental Satellite and Lunar Reconnaissance Orbiter Missions,” said Tim Scott, national sales manager for space components at BAE Systems, in a statement. “By integrating multiple functions, our single-chip solution eliminates the need for an additional bus for command and control by enabling the reliable transport of SpaceWire high-speed serial links.”

SpaceWire is a spacecraft communication network coordinated by the European Space Agency. It also is used in some NASA spacecraft.

The BAE Systems interface chip is radiation-hardened to 200 krad(Si) total dose, measures less than 1E-9 upsets/bit-day SEU, and is latch-up immune. The chip consists of four SpaceWire ports and two peripheral component interconnect busses connected by a six-port router, a multi-gigabyte memory interface supported by a direct memory access controller, and an embedded microcontroller usable for packet processing or standalone operation.

BAE Systems, 1-301-838-6000, www.baesystems.com

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