Current high-throughput satellite (HTS) systems for broadband distributed user access are designed following two main concepts: (i) The use of Ka band radio frequency (RF) links both for the forward and for the return link; this choice is due to the congestion of lower frequency bands and to the relatively large bandwidth available in the Ka band. Moreover, the RF technology in the Ka band is mature [1], [2]. (ii) The use of multispot coverage: this technique is largely applied to increase the system throughput through frequency reuse and system reconfigurability [2], [3].
Satellite Communication and Propagation Experiments Through the Alphasat Q/V Band Aldo Paraboni Technology Demonstration Payload
RIVA, CARLO GIUSEPPE;LUINI, LORENZO;
2016-01-01
Abstract
Current high-throughput satellite (HTS) systems for broadband distributed user access are designed following two main concepts: (i) The use of Ka band radio frequency (RF) links both for the forward and for the return link; this choice is due to the congestion of lower frequency bands and to the relatively large bandwidth available in the Ka band. Moreover, the RF technology in the Ka band is mature [1], [2]. (ii) The use of multispot coverage: this technique is largely applied to increase the system throughput through frequency reuse and system reconfigurability [2], [3].File in questo prodotto:
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11311-999991 Luini.pdf
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