A new dimension of space mission architecture design is emerging where hundreds to thousands of very small satellites will collectively perform missions in a distributed fashion. To support this architecture, high volume production of femto-scale satellites at low cost is required. This paper reports on the assessment of using SpaceChip, which is a monolithic 'satellite- on-a-chip' based on complementary metal-on-silicon (CMOS) technology, for limited distributed space missions.
Satellite-On-A-Chip Feasibility for Distributed Space Missions
2006
18 pages
Report
Keine Angabe
Englisch
CANEUS2006-11045 Satellite-on-a-Chip Feasibility for Future Distributed Space Missions
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