That just means the high up front costs of either trenching fiber or launching satellites need to serve a lot of people to recover that cost. That means the last mile for rural residents tends not to be cost effective for fiber, because there aren’t enough connections served by any given segment.
But making it so any given satellite can serve lots of people in its footprint at any given moment might make it cost effective to serve rural residents.
One common strategy is to run fiber to a specific central location and run point to point microwave antennas to the individual houses/buildings served. That way the fiber itself can carry the traffic of hundreds of users, and each house just needs to have an antenna with line of sight to the place where the fiber is terminated. Rural WISPs have been doing this from before Starlink.
GamingChairModel@lemmy.world 6 hours ago
That just means the high up front costs of either trenching fiber or launching satellites need to serve a lot of people to recover that cost. That means the last mile for rural residents tends not to be cost effective for fiber, because there aren’t enough connections served by any given segment.
But making it so any given satellite can serve lots of people in its footprint at any given moment might make it cost effective to serve rural residents.
One common strategy is to run fiber to a specific central location and run point to point microwave antennas to the individual houses/buildings served. That way the fiber itself can carry the traffic of hundreds of users, and each house just needs to have an antenna with line of sight to the place where the fiber is terminated. Rural WISPs have been doing this from before Starlink.
Peppycito@sh.itjust.works 5 hours ago
You only dig fibre once. You need new starlink satellites every couple of years.