The Frequencies of the Verizon 5G Network Microcell Nodes
Everyone wants to know what the frequencies are for the new 5G Network microcell nodes which are being installed everywhere in your neighborhood. Here they are:
On Aug 1, 2019, at 12:58 PM, Steven W. of Verizon wrote regarding a microcell node recently installed in Hoboken, New Jersey:
“This microcell node is not live yet, but is expected to be in service sometime around mid-September, 2019. It will be designed to transmit 1900MHz, 2100 MHz, CBRS (3.5GHz), LAA (5GHz), and 5G (28GHz). Hope this answers your question but please let me know if otherwise.”
The big take-away here is that these 5G Network antennas will broadcast 5 separate oscillating super-high frequency microwave signals, not the 1 or 2 everyone was led to believe.
What is 28 Gigahertz? It is 28 billion unique digital human-made extremely high-frequency electrical pulses per second.
What does oscillating mean? The first band in your wifi is 2.4 GHz. This is 42 channels from 2.401 - 2.449 GHz. (Your microwave oven gets 2.45 GHz all to itself. You get to very slow-cook with the wifi channels. Your cook-rate generally depends on your proximity to the wifi.) If there were 20 devices tapping into this band of your wifi, then there would be 20 different signals emitted by the first band in your wifi. If there are 2,000 people using one 5G Network microcell, then there are 2,000 separate connection signals.
The blanket of high-frequency electrical transmissions from a 5G Network, measured as watts = Volts x amps at extremely high frequencies, will couple to our skin, thereby raising the frequency of our epidermal layer via our skin’s conductivity and weaken our skin’s electrical insulators.
Governors Cuomo, Murphy, and Lamont need to declare a moratorium on the activation of the 5G Network until proper due diligence long-term testing is performed. It’s the prudent and wise decision.
In this case, patience is certainly a virtue.