TerreStar Launches World's Largest Telecom Satellite
An anonymous reader sends news that TerreStar-1, the largest satellite ever made for the purpose of telecommunications, successfully launched earlier this week from a European spaceport. Its launch weight was 6,910 kg, and it is "distinguished by a giant, 60-foot (18-meter) wide S-band antenna that will be unfurled in the coming weeks. Once the satellite's two solar wings are deployed, TerreStar-1 is expected to have a wingspan of about 106 feet (32.4 meters). ... It is designed to provide mobile voice and data communications in North America to smartphone-size handsets using the 2-gigahertz, or S-band, portion of the radio spectrum. The system is designed to function with a network of ground-based signal amplifiers to permit service in areas the satellite cannot reach, such as urban canyons and areas outside the line-of-sight view of the spacecraft." Video and details of the launch are available from the ESA.
Uh, French Guiana is part of the French Republic and is part of European Union... so it's a South American territory of the European Union. :-)
Politics vs. Geography 1 - 0
Elen sìla lùmenn' omentielvo
Their arguments were all straw-man arguments. For the one you cite, they could have scanned, then uploaded the data when they returned to the homestead. Onoe of their other arguments was that they couldn't get the cattle into a truck with one hand and hold the scanner with the other - also a straw man - you can just hang the RFID tag reader on the truck's ramp and let it read the tags as the cattle enter the truck - but a 5-cent zip tie or a strip of duct-tape is unthinkable.
If you're going to call something on an absorbent pad a wing because it bears a passing resemblance to a real wing then you shouldn't have a problem calling satellite solar panels wings - they look much more like real wings.
it could offer seamless transitions from local cellular, voip over wifi, and satellite based communication
I've used portable satcom equipment before, and I guarantee the transition won't be seamless. When your conversation switches from terrestrial antenna (1 mile) to geostationary relay (44K mile round trip), you are able to discern a subtle change and conversational timing when the latency goes up to HALF A FUCKING SECOND.
If a job's not worth doing, it's not worth doing right.