5G
OK... let's run this through;
Oh yeah, I am typing as an expert..
Planners got a waiver from the FCC for higher output levels.
What is more important than the actual levels [prolonged licking of the antenna is not advised] is why it was needed.
The radio frequencies used are absorbed by the atmosphere rapidly reducing effective range.
So what?
Decreased range means more transceivers to cover a given area. The power levels decrease rapidly with distance from an antenna. More trancievers increases the likelihood that a given personal device will be in range of multiple transceivers. Oh, by the way, did you know that your phone measures power levels? And constantly pings local tranceivers? Three transceivers can triangulation the location of your personal device in three dimensions. Tell me what you think of 5G now?
![5G, my thoughts. 5G OK... let's run this through; Planners got a waiver from the FCC for higher output levels. What is more important than the actual levels [prolonged licking of the antenna is not advised] is why it was needed. The radio frequencies used are abs](https://media.greatawakening.win/post/NsksDKYYA58p.jpeg){kind=link}
5G OK... let's run this through; Oh yeah, I am typing as an expert.. Planners got a waiver from the FCC for higher output levels. What is more important than the actual levels [prolonged licking of the antenna is not advised] is why it was needed. The radio frequencies used are absorbed by the atmosphere rapidly reducing effective range. So what? Decreased range means more transceivers to cover a given area. The power levels decrease rapidly with distance from an antenna. More trancievers increases the likelihood that a given personal device will be in range of multiple transceivers. Oh, by the way, did you know that your phone measures power levels? And constantly pings local tranceivers? Three transceivers can triangulation the location of your personal device in three dimensions. Tell me what you think of 5G now?