8PSK Demodulator for new generation DVB-S2 T.Botticchio1 P.Burzigotti1 , R.Degaudenzi2, M.Luise3,... more 8PSK Demodulator for new generation DVB-S2 T.Botticchio1 P.Burzigotti1 , R.Degaudenzi2, M.Luise3, A.Martinez2, F.Richichi1 and P.Tabacco4. 1 Space Engineering SpAvia dei Berio 91, 00155 Roma Italy Phone. +39 06 225951, Fax. ...
The work associated to this article is a study initiative sponsored by ESA/ESTEC that responds to... more The work associated to this article is a study initiative sponsored by ESA/ESTEC that responds to the crucial need of developing new Satellite payload aimed at making rapid progresses in handling large amounts of data at a competitive price with respect to terrestrial one in the telecommunication field. Considering the quite limited band allowed to space communications at Ka band, reusing the same band in a large number of beams is mandatory: therefore beam-forming is the right technological answer. Technological progresses - mainly in the digital domain - also help greatly in increasing the satellite capacity. Next Satellite payload target are set in throughput range of 50Gbps. Despite the fact that the implementation of a wideband transparent processor for a high capacity communication payload is a very challenging task, Space Engineering team in the frame of this ESA study proposed an intermediate step of development for a scalable unit able to demonstrate both the capacity and f...
8PSK Demodulator for new generation DVB-S2 T.Botticchio1 P.Burzigotti1 , R.Degaudenzi2, M.Luise3,... more 8PSK Demodulator for new generation DVB-S2 T.Botticchio1 P.Burzigotti1 , R.Degaudenzi2, M.Luise3, A.Martinez2, F.Richichi1 and P.Tabacco4. 1 Space Engineering SpAvia dei Berio 91, 00155 Roma Italy Phone. +39 06 225951, Fax. ...
The work associated to this article is a study initiative sponsored by ESA/ESTEC that responds to... more The work associated to this article is a study initiative sponsored by ESA/ESTEC that responds to the crucial need of developing new Satellite payload aimed at making rapid progresses in handling large amounts of data at a competitive price with respect to terrestrial one in the telecommunication field. Considering the quite limited band allowed to space communications at Ka band, reusing the same band in a large number of beams is mandatory: therefore beam-forming is the right technological answer. Technological progresses - mainly in the digital domain - also help greatly in increasing the satellite capacity. Next Satellite payload target are set in throughput range of 50Gbps. Despite the fact that the implementation of a wideband transparent processor for a high capacity communication payload is a very challenging task, Space Engineering team in the frame of this ESA study proposed an intermediate step of development for a scalable unit able to demonstrate both the capacity and f...
Uploads
Papers by Tiziano Botticchio