I have been using Cornet's RF meters for over a decade now, which has been long enough for me to take for granted that not everyone has one or can afford one. After a subscriber asked me about this, I decided to take RF measurements of my own phone in a fairly wide variety of scenarios to hopefully give that subscriber information that he or she may not be able to get. I'm using a Cornet ED88T-Plus, a meter I STRONGLY recommend if you are looking for one. I have zero affiliation with them other than the fact that I have been one of their customers for many years.
I hope this helps people who don't have the means to measure the RF we can't see, the RF being sent from our phones into our brains and bodies.
Correction: In video I reference a comment being left in my 5G pole baseline reading video from a few weeks ago. The comment was actually posted on the video when I was measuring the electromagnetic fields under electric transmission lines in Arizona back in June.
A quick note for those who are sensitive to RF. "Smart" electric meters are easy to overlook because, at least on single family houses, they are mounted to the outside of the house. In most places now, electric utility companies require their meters for multi-family dwellings to be mounted in one location, remote from the building so that the meters can be serviced without entering peoples' yards, which tends to put them at enough distance to make their transmission through the adjacent townhome, condo, or duplex weak. Electric meters are out of sight, out of mind, but if it is mounted to the side of your house, the transmission and reception of broadcast information will likely send RF into your home, at least on the other side of the wall to which it is mounted.
I have measured RF being emitted by broadcasting meters many times and when they broadcast or receive, they spike to somewhere around 1200-1500 milliwatts per meter squared. Each meter tends to generate a huge spike in RF every 60-120 seconds and lasts only a second or two. On multi-family units, where you may have many electric meters present in one location, each meter pulses individually, which basically blows up my meter continuously since they are all spiking up at different times from each other.
As a builder, I always mount electric meters for multi-family housing units on brick pedestal walls remote from the building and face the meters AWAY from the dwelling. The thick brick wall blocks any RF from coming through on the dwelling side, leaving all broadcast RF to move away from the building, not toward it. And on single family dwellings, I always locate the electric meter on the outside corner of the home to the garage wall, as far away from living space as I can possibly go and I mount them to short brick walls on the outside of the home to prevent the RF from coming backwards even into the garage as much as possible. I don't talk about why I have always done this, but it is one way I can try to help people as I build their houses. Maybe one day I will make a short video showing what I am describing here.
Most states now have an opt-out policy or law for broadcasting meters. When I purchased our home, I simply phoned our electric utility and told them I was opting out of the broadcasting meter on the side of our home and requested a non-broadcasting meter. Two days later a non-broadcasting (i.e. non "smart" meter) electric meter had been installed.
