> Well the good news is that LTE-U appears to be for the 5 GHz band
I worry that it could make the 5G band look like 2.4G looks now. I too like the idea of a piece of spectrum used mainly by consumers or small businesses and not saturated by the big commercial gorillas. If today they are desperate enough to consider running their precious services on the wild unregulated bands then sooner or later they will be desperate enough to squeeze every last bit out of them.
Another thing is that once they are allowed in and their bottom line starts to depend on WiFi bands, they will fight to the death to stay there forever and only grow.
Where I live we have 2 WISPs - the 5GHz band already looks like the 2.4 band. This would potentially just wreck internet service for thousands of people.
Are the WISPs attaching WiFi APs to (or near) their antennas to provide service to the surrounding area?
If they aren't, then -AIUI- 5GHz (and 40GHz) gear commonly used by WISPs is highly directional and requires somewhat careful alignment in order to work. (I've heard the term "pencil beam" thrown around to describe the antenna pattern.)
I worry that it could make the 5G band look like 2.4G looks now. I too like the idea of a piece of spectrum used mainly by consumers or small businesses and not saturated by the big commercial gorillas. If today they are desperate enough to consider running their precious services on the wild unregulated bands then sooner or later they will be desperate enough to squeeze every last bit out of them.
Another thing is that once they are allowed in and their bottom line starts to depend on WiFi bands, they will fight to the death to stay there forever and only grow.