Traditional radio is doing a fine job of creating an audience for syndicated content. If phone-based listening becomes dominant - which seems quite possible since it's the all-purpose appliance that everyone carries - then FM signals will become a lot less significant. Syndicators won't need local stations to distribute their content. Anybody want to bet that the syndicators will drop local avails and go direct to the audience?
If you know anything about cellular theory, you should know that the greater the concentration of population, the lower the power, and the smaller the cell. That way frequencies can be reused at much shorter distances, and more customers can be serviced. Everybody who's talked about WiMax in the telecommunications industry has talked about it as a "last mile" solution for populations who are too scattered to make optical cable, or even fat copper installation cost-effective. It's a much higher-power technology than Wi-fi or even typical cellular protocols. One advantage is that it's not in the
Wimax has been discussed as a replacement for current cellular protocols, but there would need to be some significant changes in the amount of bandwidth allocated to the technology for that to happen on a large scale. It offers advantages in speed at shorter distances, or greater range at lower speeds. It may roll out down the road, but it would mean wholesale replacement of current phone technology on the customer end.
If you know anything about cellular theory, you should know that the greater the concentration of population, the lower the power, and the smaller the cell. That way frequencies can be reused at much shorter distances, and more customers can be serviced. Everybody who's talked about WiMax in the telecommunications industry has talked about it as a "last mile" solution for populations who are too scattered to make optical cable, or even fat copper installation cost-effective. It's a much higher-power technology than Wi-fi or even typical cellular protocols. One advantage is that it's not in the
Wimax has been discussed as a replacement for current cellular protocols, but there would need to be some significant changes in the amount of bandwidth allocated to the technology for that to happen on a large scale. It offers advantages in speed at shorter distances, or greater range at lower speeds. It may roll out down the road, but it would mean wholesale replacement of current phone technology on the customer end.