The Frequencies of the 5G Network
The Frequencies of the Verizon 5G Network Microcell Nodes
Everyone wants to know what the frequencies of the new 5G Network microcell nodes. Here they are:
5G antenna for police security on West 74th Street, midway between Amsterdam and Columbus Avenues. Copyright ©2019
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 (3.5 GHz), L.A.A. (5 GHz), and 5G (24-28 GHz). I hope this answers your question, but please let me know if otherwise."
Additionally, the F.C.C. auctioned off the 600 MHz band to T-Mobile which was emergency-added during the pandemic. T-Mobile advertises that this band "travels farther and deeper." Yes, this is correct. This band will penetrate a brick facade or concrete foundation of a building, but will not have the upload speed or carry as much information as wifi. This will ensure that 5G can enter into your home.
AT&T will have 700 MHz. This frequency has all the functionality of the 600 MHz band. These frequencies are not On-Demand.
The big takeaway here is that the 5G Network will transmit five separate oscillating super-high frequency microwave bands capable of hundreds of thousands of signal transmissions. The upper bands are On-Demand and the lower bands are not; 4G with the newly added lower more penetrating and further-reaching bands.
(Satellites have been transmitting the 60 GHz band for years, but thanks to Elon Musk, Russia, and China, we will have thousands more in the coming year. The 2020 automobile safety guidance systems are using 76-81 GHz. to locate traffic, street lanes, and pedestrians.)
Bear in mind; your home wifi, extenders, baby monitor, microwave oven, smart meter, iWatch, cellphone, and cordless phone system may emit higher power densities than various bands of the 5G transmitters on your block.
Unfortunately, it is near impossible to study the effects from prolonged exposure to the hundred-thousands of low-intensity AC (alternating current electricity) electromagnetic fields ranging in frequencies from 5 Hz to 300 GHz with the trillions of reactive, reflective, refractive, diffractive, and standing waves, all bouncing off of concrete, aluminum buildings, parked and passing vehicles, with their own radiofrequency emissions, all of which are co-signaling and coupling producing multi-path interference distortion within a New Yorker's proximity.
Additionally, there needs to be a consideration for the AC magnetic fields emitted from the power lines under the streets and sidewalks comprising functioning as a receptor field to the RF distortion and then thereby coupling to street goers.
There also needs to be a consideration that there is generally a poor Earth ground in NYC and that we conductive humans with a negative charge will often provide a better path to ground for any positively charged low-intensity airborne electricity.*
Why do we not hear about non-ionic radiation affecting atoms or molecular cells via Electron Paramagnetic Resonance, the Zeeman Effect, or the Stark Effect?
It is clear that the preponderance of unnatural human-made electromagnetic fields within our environment is far greater than conventional “science” has taken into account.
Terms:
Joule: The energy transferred to an object when a force of one newton acts on that object in the direction of the force's motion through a distance of one meter.
Newton: The force required to make a mass of one kilogram accelerate at a rate of one meter per second squared.
Coulomb: The charge transported by a constant current of one ampere in one second:
Gigahertz: What does 28 Gigahertz mean? It is 28 billion human-made extremely high-frequency electric-digital pulses per second with a wavelength measuring ≈1.07068735 centimeters long. One unit we use to measure microwaves is Watts; V (joules per coulomb) x A (coulombs per second) where W is watts, V is volts, and A is amperes; the unit for electrical current. (For a definition of terms, please see below.) Basically, we measure voltage times current at super-high frequencies.
Oscillation: The first band in your wifi is 2.4 GHz. This band previously used 42 channels which alternate from 2.401 - 2.449 GHz. Now, the number of potential signals is nearly uncountable to the hundred-thousandth decimal. (Your microwave oven gets 2.45 GHz all to itself. If 20 devices were tapping into this band of your wifi, then there would be 20 different signals emitted by the first band in your wifi. If 2,000 people are using one 5G band of the 5G Network microcell, then there are 2,000 separate connection signals.