How To Protect Yourself From 5G

What Is 5G?

Low Band: approx. 600 MHz – 1 GHz (same speed as 4G). A significant portion of the network
Mid Band: approx. 1 GHz – 6 GHz (3 X 4G speed). A significant portion of the network
High Band: 24 GHz, 28 GHz, 39 GHz and above (15 X 4G speed). A very small fraction of the network
Low and Mid bands transmit 24/7; High band transmits on demand
5G uses small cell antennas

Low and Mid bands only moderately faster than 4G LTE
High band signals do not easily penetrate buildings (walls and glass) at current FCC limits
Deployment plans continually changing and are carrier specific
Will take a decade to fully install 5G as 4G LTE deployment took 10 years to fully complete (2008-2018). Currently, true 5G features are not readily available in all bands
High band is faster but limited to highly populated areas: stadiums, arenas, convention centers, some downtown streets, metro stops, airports, college campuses
Business plan not materializing; high consumer cost of data, cell phones and new towers
Consumers hesitating
5G transmitters consume high levels of power (approx. 3.5x that of 4G)

Demand for more data, doubling every 2 years in urban areas
Small Cell 4G/5G antennas on every other power pole
Too much data traffic on current macro cell towers, so more small cell antennas are required:
The power of the cell phone itself is stronger than you realize
Biological impact of millimetre waves (more investigation required)

Current shielding products are adequate below 6 GHz (Low and Mid bands), where an overwhelming majority of 5G transmissions occur
High band has difficulty penetrating buildings with current FCC limits
Reduce use of cell phone, use hardwired computer for the web, emails, and texting
Call forward cell phone to corded landline
Change lifestyle; increase the amount of time you unplug
Understand and respect technology, and the damage it can do!