2003Unpublished venueRequires access

Performance of a lightweight, low-cost geostationary X-band MILSATCOM

D. Arnstein, I.K. Brelian

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Abstract

The authors describe a payload concept for a new class of X-band satellites to supplement current X-band MILSATCOMs. The design exercise seeks to show that substantial communications capacity may be provided in a small, easily proliferated payload put into geostationary orbit to supplement existing and planned satellites without changing the ground segment. The concept presented is totally compatible with existing or near-term planned X-band satellites. Coverage, connectivity, carrier capacity, and a mass estimate for the payload concept are described.>

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What this paper is about

The authors describe a payload concept for a new class of X-band satellites to supplement current X-band MILSATCOMs. The design exercise seeks to show that substantial communications capacity may be provided in a small, easily proliferated payload put into geostationary orbit to supplement existing and planned satellites without changing the ground segment. The concept presented is totally compatible with existing or near-term planned X-band satellites. Coverage, connectivity, carrier capacity, and a mass estimate for the payload concept are described.>

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Available abstract

The authors describe a payload concept for a new class of X-band satellites to supplement current X-band MILSATCOMs. The design exercise seeks to show that substantial communications capacity may be provided in a small, easily proliferated payload put into geostationary orbit to supplement existing and planned satellites without changing the ground segment. The concept presented is totally compatible with existing or near-term planned X-band satellites. Coverage, connectivity, carrier capacity, and a mass estimate for the payload concept are described.>

Key concepts: Geostationary orbit, Payload (computing), Satellite, Class (philosophy), Communications satellite, Computer science, Ground segment, Remote sensing

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Performance of a lightweight, low-cost geostationary X-band MILSATCOM — Research Paper | ScholarLens