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The EMR Shielding Solutions team has been receiving a large number of phone calls and emails with regards to the new 5G network which is rolling out for consumer use around the world. Our phone calls primarily came from the United States, United Kingdom, and Australia about the implications that 5G EMF radiation will have on our society.
What most people want to know is the adverse health effects that 5G EMF radiation can have on their bodies and how they can to protect themselves from the high RF exposure levels of the 5G network.
We began by researching the information that is available on the Internet, talking to some key people in the industry, taking into account all the technical knowledge that our engineers have in the RF field, plus the years of experience in measuring and shielding from RF EMF fields for the private and industrial sectors.
After conducting extensive research and compiling all the information, we prepared accessible explanations and advice using language that will be easily understood by the audience without any technical knowledge in the field.
For each concern, we will address the possible solutions by taking precautionary steps, or by applying 5G EMF shielding materials.
The 5G network is the next evolution of the wireless network, encompassing 1G network to 4G network.
From the 1G of the early 80’s came the 2G and 3G of the 90’s, to 4G’s launch in 2008, the standard network we use today. The main difference between each network is the speed and its data handling capability (data upload and download speed).
Currently, the 4G network has reached its limit for data handling capability. The deployment of 5G network can handle 1000 times more traffic and provide services that are 10 times faster with its higher frequencies.
To achieve faster traffic, the 5G network must extend the current up to 6GHz (Gigahertz) frequency range to use millimetre waves which uses the spectrum of 30GHz- 300GHz (Gigahertz),
The plan for the 5G is to utilize three segments of the available frequency range:
To learn more about the 5G spectrum, visit Mobile Broadband: The Path of 5G page 16.
Before we explain your shielding options,we would like to explain the characteristics of the millimetre waves that are used in the 5G networks.
The short millimetre waves that are used in the 5G network ranges from 24GHz up to 300GHz. These waves can not travel well through walls, trees or water. This provides a great shielding benefit for someone trying to protect themselves from the harmful EMF waves.
For the 5G network that utilizes the frequencies of up to 6GHz, RF shielding fabric based on Stainless Steel, Copper or Silver threads will provide adequate protection. Make sure that the attenuation of the fabric is more than 25db, and you purchase it from a reliable source.
For the 5G range up to 40GHz you can use the following products which tested and proven to be efficient in reducing the 5G EMF radiation:
We recommend the following materials and solutions to add to your everyday protection against 5G EMF radiation caused by the 5G network.
Before choosing the most suitable meter we will need to answer the following questions:
RF meter or some combination of meters for the range of 50MHZ - 6GHz and 24GHz and up are needed. Unfortunately, to the best of our knowledge, the meter that measures millimeters waves higher than 24GHZ frequency is not available for public use.
At the moment, we should use an RF meter that is able to measure from 50MHz - 6GHZ. In order to achieve high accuracy, especially in measuring 5G signals, we must have 3 Axis antennas.
The algorithm for calculating power density needs to be adjusted by the exact transmission frequency and provided wavelength.
100 watts = 1 x 102 watts = 1 x 105 mW
100 feet = 30.4785 meters = 3047.85 cm
To conclude, RF meters with pulse, ZBee capabilities from 50MHz up 6-8Ghz are a good choice to measure the low range frequencies of the 5G Network (under 6GHz) as the most common devices, such as cell phones, Smart Homes and home-used WiFi will continue using the mobile broadband of up to 6GHz.
One of the main ways that 5G operates is beamforming. That means the transmission tower will direct the signal to the specific device that has requested the data.
For example, a cell phone user is connected to the Internet. The 5G network has a dedicated tower for a specific communication. To avoid interference in our communication, the angle of transmitting antennas based on a sophisticated algorithm, on the cell tower will be adjusted to provide optimal transmission angle without interfering with ongoing communication between any other devices. It is not necessary that it will be directional transmitting. The transmitted signals are able to bounce off the building to reach the cell phone.
As a result, the measurement equipment must be able to conduct 3 Axis measurements and not only directional as directional reading will show lower levels than it really is.
It is not enough to measure regular Sinusal RF signals. There are different types of High Frequency transmission protocols. The meter needs to be able to detect it especially in the 5G networks. For example, Pulse transmission, ZBee, Bluetooth, Radar, etc....
Luckily, 5G electromagnetic field emf signals in most cases are directional, we have materials that shield us from RF.
First of all, solution starts from our space of living, by following these simple steps:
Based in Toronto, EMR Shielding Solutions specializes in materials for shielding against EMF and RF radiation. We also offer a number of different meters, spectrum analyzers and measuring equipment for detecting these electromagnetic fields in both high and low frequencies.
Visit: https://www.emrss.com/ for more information on our EMF shielding products & materials.