Ericsson says 5G is dangerous. If you don’t believe it, see below. Look at how much more powerful 5G high frequency waves have to be than 4G.

Download the report: 5G Roll Out Impact REPORT

Imagine working or living near a #5G mast made by Ericsson. Look how powerful 5G frequency has to be so it’s effective. Ericsson say in a leaked report exclusively from Smombie Gate: “Size of exclusion zone makes 5G network roll-out a major problem or impossible.” Industry and Government response? We follow ICNIRP. ICNIRP doesn’t have guidelines when 4 of these 5G masts are within the vicinity of one another, as well as take into consideration all of the other devices, WIFI and Bluetooth buzzing around you – Isn’t that useful for the industry?

MORE INFO HERE  There’s a clear cell phone-cancer link, but FDA is downplaying it

Are you planning to buy RF, EMF and 5G shielding products over the next few months?

Created with Perfect Survey

 

 

Very large exclusion zone due to unrealistic power – may lead to substantial 5G deployment challenges
IEC 62232 (2017) and ITU-T K.100 standards open up for use of actual maximum output power (95th percentil)

Massive MIMO and beamforming:

  • More complex EMF compliance assessments
  • Potentially higher EIRP and larger EMF compliance boundaries (exclusion zones) than for conventional antennas if theoretical maximum power is used for all beams
  • Site design of increasing importance – especially in countries using limits lower that ICNIRP guidelines
MORE INFO HERE  Health Risks Associated With 5G Exposure, Small Cell Densification and New Wireless Networks

Frequency bands above 10 GHz:

  • EMF assessment methodology and standards available but need to be further refined
  • International EMF limits more conservative in the nearfield which may lead to larger compliance distances for small cell base stations

Conclusions:

  • EMF compliance may be a challenge for 5G massive MIMO sites if assuming theoretical maximum power for all beams
  • International standards IEC 62232 and ITU-T K.100 open up for use of actual maximum power to perform realistic EMF compliance assessments
  • Statistical model to determine actual maximum power of 5G massive MIMO antennas has been developed: found to be around 25% of theoretical maximum power for 8×8 array antennas
  • In countries with EMF limits significantly below the international science-based ICNIRP limits the roll-out of 5G networks will be a major problem
  • Very large exclusion zone due to unrealistic power – may lead to substantial 5G deployment challenges
    IEC 62232 (2017) and ITU-T K.100 standards open up for use of actual maximum output power (95th percentile)

Download:

MORE INFO HERE  Conference in Luxembourg on the Phonegate scandal

5G Roll Out Impact REPORT