2 hours ago
My Pixel phone on Public Mobile shows 5G coverage in all the areas I normally travel to around Vancouver and Richmond in my weekly routine - except for my home area in central Richmond, which remains stubbornly stuck at LTE. I can go a few blocks in any direction and get 5G, but my home appears to be in a 5G coverage hole. (This in spite of the fact that there are Telus micro-transmitters on the hydro pole in front of my house that the installation crew told me were to improve local high speed cellular data coverage.)
But today we had a 2 hour power failure in central Richmond, and throughout that time my phone showed 5G coverage at home. Power failure ended, back to LTE.
What gives??
I have a theory. My theory is that the local Telus micro-transmitters which predate 5G only handle LTE, but they are so close and powerful that they overwhelm more distant 5G coverage - unless they are knocked out by a power failure.
21m ago
@MWalsh14 wrote:So if the phone is set to prefer 5G, but it detects a stronger LTE signal, it would connect to LTE instead?
That's certainly possible in some circumstances depending on how the phone's software has been programmed.
22m ago
So if the phone is set to prefer 5G, but it detects a stronger LTE signal, it would connect to LTE instead?
42m ago
@MWalsh14 wrote:My Pixel phone on Public Mobile shows 5G coverage in all the areas I normally travel to around Vancouver and Richmond in my weekly routine - except for my home area in central Richmond, which remains stubbornly stuck at LTE. I can go a few blocks in any direction and get 5G, but my home appears to be in a 5G coverage hole. (This in spite of the fact that there are Telus micro-transmitters on the hydro pole in front of my house that the installation crew told me were to improve local high speed cellular data coverage.)
But today we had a 2 hour power failure in central Richmond, and throughout that time my phone showed 5G coverage at home. Power failure ended, back to LTE.
What gives??
I have a theory. My theory is that the local Telus micro-transmitters which predate 5G only handle LTE, but they are so close and powerful that they overwhelm more distant 5G coverage - unless they are knocked out by a power failure.
During a power failure, coverage is going to usually be worse. Any LTE or 5g signals that are on different fequencies would have no effect on the other. The phone device plays a part in selecting the network. I suspect that the actual 5g signal during the power failure wasn't actually any stronger than usual but rather that the phone decided not to connect to a weaker LTE signal. During periods of high demand, a network condition callled cell breathing causes coverage areas to shrink.