Alpha Wireless Concealed Antenna Node
The following consists of Alpha Wireless Concealed Antenna Node (CAN) small cell sites.
This is a type of stealth setup for small cells where the small cell enodeB and relay antenna is located within the stealth enclosure which also acts as the antenna. This type of site is under beta trials with positive results and is likely to expand in deployment scope nationally to fulfill municipality requests for "good looking" small cells that they would approve.
The finished build.
Note the utilities attached to the pole and routed directly into the concealed antenna node where the small cell eNB and Relay backhaul antenna are located. In traditional small cell deployments, like such they are mounted on the exterior with visible wires.
The following is an additional example of an Alpha Wireless CAN setup. Notice the CAN's position relative to the utility pole which is at an angle.
Here is another one that is a standalone metal pole install.
Photo Credits to dkyeager and the rest of the Ohio sponsor group that helped locate these small cells.
Satellite is less outdated than you think. ViaSat has 100 Mbps plans, albeit with a 150 GB soft cap. 50 Mbps is available for a relatively reasonable price, depending on area. Of course, there's still the speed-of-light problem.
With that said, 25/3 with a 160GB cap, particularly if it's a soft cap, for like $60/mo,, would be straightforward to sling via 2.5 GHz 5G, and if advertised at all would give Sprint probablh 80% market share in anywhere that can't get cable or fiber. The number of places that can hit those speeds over DSL that can't get cable or fiber is low enough that you don't really have to worry about those folks (basically only rural telephone companies/co-ops do that).