Intelsat 29e was successfully launched aboard an Ariane 5 rocket yesterday. It will be replacing Intelsat 1R at 50° W, probably in a few months.
Here is a link to the footprint map:
http://www.intelsat.com/wp-content/uploads/2016/01/5533-IS-29e.pdf
On C band, Intelsat 1R covers both North and South America. It looks like Intelsat 29e only covers South America, so North America will no longer have a C Band signal from 50° W.
On Ku there are about 40 spot beams covering North and South America, plus a few for Europe. Also "A transatlantic Ku- wide beam overlay provides efficient broadcast capabilities for in-flight entertainment"
On Ka Band there is a single global beam with a peak of about 40 dBW. That's 20 dB less than a typical Ka Band spot beam. Apparently there is only one, perhaps two, 450 MHz wide Ka Band transponders. Perhaps more a case of "Putting the frequency to use" to gain a legal right to Ka band at 50 w, than providing a robust Ka Band service.
I'm thinking this new satellite may not be of much interest to FTA enthusiasts.
Here is a link to the footprint map:
http://www.intelsat.com/wp-content/uploads/2016/01/5533-IS-29e.pdf
On C band, Intelsat 1R covers both North and South America. It looks like Intelsat 29e only covers South America, so North America will no longer have a C Band signal from 50° W.
On Ku there are about 40 spot beams covering North and South America, plus a few for Europe. Also "A transatlantic Ku- wide beam overlay provides efficient broadcast capabilities for in-flight entertainment"
On Ka Band there is a single global beam with a peak of about 40 dBW. That's 20 dB less than a typical Ka Band spot beam. Apparently there is only one, perhaps two, 450 MHz wide Ka Band transponders. Perhaps more a case of "Putting the frequency to use" to gain a legal right to Ka band at 50 w, than providing a robust Ka Band service.
I'm thinking this new satellite may not be of much interest to FTA enthusiasts.