It is 2022, and we live in a digital age where the world is addicted to fast communication, and technology is evolving daily.
There is no single person on the planet who is not addicted to the internet and the devices that offer service anywhere. At most times, it feels like the future is now, and there cannot be any more inventions.
Cellular wireless or 5G is supposed to make our lives better. It can offer a connection to our loved ones at any time and successfully expand our business.
However, we immediately want something more as soon as we achieve something as human beings.
If you have ever wondered about 5G and what does a 5G tower look like, or you would like to learn about the side effects of electronic and magnetic fields, you have stumbled on the right article.
5G towers get most of the credit for ultra-fast mobile networking worldwide. There is much negative press about this cellular wireless connection, and most people have not yet familiarized themselves with what this technology does. Stay tuned if you want to find out more about 5G towers.
What Does a 5G Tower Look Like?
5G stands for the fifth generation of cellular wireless networks or the newest generation of cellular wireless.
As we all know, the most trendy and modern mobile networking technology has come a long way and has predecessors that are used worldwide.
Everyone has heard by now about 1G, 2G, 3G, and 4G networks. Each time a new wireless network appears is much faster than its forerunner.
Technology is constantly advancing because people want a faster connection, stay longer online, and need more communication tools.
5G was designed to make everything sharper and better. If your favorite movie can be downloaded in 3 seconds, everything else around it can be connected more dynamically.
5G towers are telecommunications sites capable of transmitting 5G signals. They cover a wide area. They are designed to blend in with the natural environment and are 50 to 200 feet tall. The towers cannot damage the aesthetic impact of the city or cause any distractions.
Appearance
For different connectivity cases, the 5G cell towers use a low, mid, and high-frequency bands combo. The macrocell antennas on the towers can efficiently deliver low-frequency cellular covers for more than a million devices in a larger area.
The low 5G band can penetrate through walls, barriers, and windows and cover great distances without interruption.
How does it work
5G operates in higher frequencies and causes more connection issues than 3G or 4G. The radio waves come with a higher frequency and travel shorter. Buildings or any other materials easily block them.
To achieve poor propagation, the mobile network operators need to increase the pressure on their network by changing the mobile infrastructure technology. This is where small cells and DAS 5G distributed antenna systems come into play.
These macro cell towers can provide excellent coverage with great capacity and effectively break through populated areas.
The high-frequency millimeter radio waves from a 5G cell tower bring strong outdoor connectivity with 5G DAS enhanced coverage.
The fast speed of the data transfer and the strong coverage allow all the devices to connect. In a different scenario, there would be a battle for bandwidth.
On top of everything, the small cells have extended handset battery life and reduced the power draw, which saves energy.
Because the 5G nodes come in a small size, they can be placed on utility poles, buildings, street lights, or any other structure that can deliver bandwidth and data successfully.
Related: How to Measure 5G Radiation
Are 5G Towers a Health Risk?
As we mentioned before, the small 5G antennas can be found everywhere on the planet and work perfectly.
Before these devices are built on all the buildings globally, we need to address the health risks and the issues with high radiofrequency radiation exposure. This radiation exposure is connected to several biological diseases in almost all cases.
First, radiofrequency radiation is associated with cancer. It might be a possible 2B cancerogenic, and too much radiation exposure can cause the DNA to take single and double-strand breaks.
In addition to that, too much radiation may cause oxidative damage and stress, disrupt the cell metabolism, reduce the production of stress proteins, disturb the brain glucose metabolism, and much more.
Although involuntary, since the development of the 5G network, there has been more expansion in electromagnetic field radiation. The harmful effects and hazards of 5G are still not backed up by scientific research.
Many studies suggest that we should be careful and that 5G can provoke some health risks. EMF and RF have already been proven harmful to humans, and the high radiofrequency antennas can jeopardize the whole system of the human body.
What Is EMF Radiation?
The sun has sent out waves that create EMF radiation from the dawn of time. Every time the sun shines a light, we can see the EMF radiation.
In the digital age we live in now, electric power lines and indoor lightning can also send electric and magnetic field radiation.
Almost 95% of the world has access to electricity and uses electrical appliances. Meaning that there are more EMFs created than ever before.
The lower radio frequency bands may not be that strong and are not harmful to the flora, fauna, or our health.
On the other hand, high radio frequencies like megahertz, gigahertz, and terahertz may raise different health concerns.
All of us are exposed to radiation each day, primarily by our own devices. Computers, smartphones, tablets, everything. They all produce minimal EMF radiation.
The most common side effect of EMF radiation is heating. Higher doses of RF-EMF can increase the temperature of the body and damage the tissue.
It goes without saying that our devices are not that powerful and cannot spread that much radiation to be concerned. However, the millimeter and the development of 5G may bring a red flag.
Read More: How Does 5G Affect The Body
5G and EMF health concerns
5G may be cancerogenic. The higher doses of EMF and the long exposure may lead to cancer. On top of that, high EMF radiation can cause some hormonal disbalances and lead to neurological and biological diseases. The most exposed organs to radiation suffer the most, like the skin, testicles, and eyes.
