5G

How Close To A 5G Tower Is Dangerous?

August 29, 2021
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HOW CLOSE TO A 5G TOWER IS DANGEROUS?

5G towers are the infrastructure that holds the network equipment for speedier internet access, and while they’re technically different from mobile phone towers—the gear produces higher frequency radio waves that are significantly shorter in length—they’re practically harmless. With the commencement of the COVID-19 pandemic, the negative perceptions of 5G have gotten even worse, with some people making alarming, unfounded allegations that the coronavirus and the deployment of 5G towers are linked. People in the United Kingdom have burned down approximately 80 cell phone towers in recent months as a result of this fear mongering.

HOW DOES 5G WORK?

Quite different from the lattice cell phone towers that enable LTE networks—hulking structures that are often 200 to 400 feet tall and spaced miles apart—5G networks rely mainly on compact units, aptly dubbed “small cells,” that are often affixed to existing utility poles in urban environments. To understand why these two types of infrastructure are so dissimilar, we must first look at the fundamental technology that enables 5G:

Electromagnetic Waves: The visible spectrum, or all of the light we can see, is part of a larger electromagnetic spectrum, yet it’s only a blip on the radar. The visible spectrum, as shown in the diagram below, lies between ultraviolet and infrared light, or 400 and 700 nanometers. That makes sense because our eyes’ photoreceptors, known as cones and rods, can only detect light in the range of these frequencies. The waves become shorter as energy increases over the electromagnetic spectrum—note that gamma rays are significantly more powerful and have more tightly packed waves than FM radio, for example. As a result, frequency and wavelength are inversely proportional.

5G uses a higher frequency than previous communication systems such as 3G, 4G, and LTE. These networks operate at frequencies ranging from 1 to 6 gigahertz, whereas 5G is closer to the 24 to 90 gigahertz spectrum, according to experts. 5G waves are more powerful but also shorter in length because they operate at a higher frequency. The fundamental reason for the need for new infrastructure for 5G rollout is that the waves have distinct characteristics. Shorter waves, for example, will encounter more interference from things such as trees and skyscrapers, as well as raindrops and snowflakes.

Small cells are mounted on utility poles for this reason. 5G is fast and powerful in cities, but it can’t pass well over walls or other impediments. As a result, the better the signal, the more relay points you have. After all, you wouldn’t want a connected autonomous vehicle to easily glide down the interstate only to lose signal as soon as it passes between two big buildings.

How Dangerous Is 5G Radiation?

5G radiation is a type of microwave radiation with a high frequency. The 2.45 GHz frequency is used to cook food in a microwave oven. The frequency range for 5G is predicted to be about 24 GHz to 300 GHz. As previously said, the higher the frequency within the radio frequency sector of the electromagnetic spectrum, which includes the 5G microwave range, the more damaging the radiation is to living organisms, according to Kevin Mottus of the US Brain Tumor Association. For more details on this, you can also read…Is It Safe To Live Near A 5G Tower?

How To Reduce Radiation Risks:

In the following ways outlined below, you can reduce the risks of radiation around you.

  1. If you have an office, ensure sure your Wi-Fi router is turned off while not in use. Also, don’t take your phone inside your room at night. Several studies have linked cell phone radiation to sleep disturbances. When you don’t get enough sleep, it can throw your entire day off. You’ll never have to count sheep again if you keep your phone out of your room at night.
  2. You have no say in where cell towers are erected, but you do have say in how and when you use your phone. Limiting your time on the phone and wearing radiation-blocking cases and shielding headphones can significantly lower your exposure to cell phone radiation. It doesn’t matter how small your contribution is.
  3. Pay attention to the Wi-Fi issue at school and in their classrooms if you have children. Wi-Fi routers and neighboring cell towers have been linked to ADD, ADHD, memory impairments, and behavior problems in certain studies. School districts make a lot of money from cell phone towers. Many local governments are selling or renting land for cell phone towers across the country. Speak up if this is happening in your neighborhood. With the introduction of 5G, it will only become more common.
  4. Examine your meter outside your home more closely. Smart meters are being adopted by a large number of power companies. These meters eliminate the guesswork in determining how much energy you use. Smart meters communicate data wirelessly throughout the day, providing electricity companies with real-time data on your energy consumption. Meter readers are being replaced by smart meters. Smart meters, on the other hand, emit dangerous quantities of radiation. Get a smart meter guard if you can to protect yourself and your family from dangerous radiation. For less than $100, you can have a smart meter protection for your wifi and cell phone.

You can improve your chances of staying healthy and living a long and happy life by lowering your radiation risk.

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