WiFi Router Radiation: How to determine a safe distance and how to protect yourself
Wireless Fidelity or how it is more commonly known−Wi-Fi−has awarded users with the convenience and flexibility that wired internet couldn't offer.
It has helped us go from being wired in to going wireless which means it's possible to go online from any part of your home without having to link your computer, cell phones, laptop, or any other internet enabled device with a wire. It makes it much easier for you to browse the internet from wherever you please.
Wi-Fi offers the mobility most businesses and people need nowadays so they can roam while also being able to access their network resources from anywhere.
As Wi-Fi has gained momentum, it's virtually impossible for you to go anywhere without the functionality of wireless technology being offered.
Why do I Need a Router?
Wi-Fi is enabled with the help of wireless routers that use radio waves to transfer data across a network. To receive the data transmitted by the router, you need a Wi-Fi enabled device.
You can find Wi-Fi offered in several public establishments including restaurants and coffee shops−just to name a couple examples.
Radiation Caused by WiFi
Radio waves used by Wi-Fi are low in frequency range but still give off electromagnetic radiation. Even though this radiation is a low-gigahertz frequency, it can be dangerous because:
- There is constant exposure to the radiation; Wi-Fi networks are everywhere and at home we tend to leave them on 24/7, which means there is no break in our EMF exposure
- The electromagnetic field (EMF) passes with the signals so it can penetrate through walls and goes wherever the signal goes
- At one time, you are exposed to numerous different signals from different wireless routers. If you were to search for wireless routers just now, you can easily pick up 2-3 routers on your device from your neighbor's house or another source.
How Exactly Does Wi-Fi Work?
A Wi-Fi network takes advantage of radio waves to transmit information across networks. A wireless adapter is used to help translate the data being transmitted into a radio signal. The signal is then transmitted through the antenna which goes through a decoder, otherwise known as a router.
How Dangerous is EMF Radiation Emitted from WiFi?
Radiation can be a scary word. We have always been taught to stay away from radiation, if you are exposed to too much radiation, no matter what type, chances are you will have abnormalities whether it is physically or biologically.
We normally associate this word with nuclear power plants and superheroes such as the Incredible Hulk and Spiderman who transformed into super beings with the help of some type of radiation. Or maybe we understand what a nuclear power plant is because we watched Homer on The Simpsons.
The one thing we really need to understand is that radiation is all around us, no matter how much we try to hide from it. It’s included in the sunlight; the energy provided by sunlight is through EMF which our skin absorbs.
We are surrounded by radio waves which allow us to listen to the radio, Wi-Fi signals, and satellite television all get data with the help of radio waves and all of this also exposes us to a certain degree of radiation.
We need to understand radiation in order to judge whether a type of Wi-Fi router radiation is actually harmful for us. There are two types of radiation: ionizing and non-ionizing.
Ionizing Radiation
Ionizing radiation includes gamma radiation along with other high-frequency waves such as x-ray radiation; these can be detrimental to us because they carry enough energy to knock electrons around and excite them out of their orbit−ionizing them.
With heavy exposure to ionizing radiation, you put yourself at a higher risk of mutating your cells and significantly increasing your chances of cancer. Even low and persistent exposure to this type of radiation can prove to be detrimental for you and your well-being.
With the mention of x-rays, you are probably wondering why we get x-rays for medical checkups if they are harmful to us.
The radiation emitted by x-ray machines is controlled with the help of shielding materials and lead vests; this ensures that the exposure is as minimal as possible. Ionizing radiation is definitely radiation you should be concerned about.
Non-Ionizing Radiation
When we talk about radiation emitted by Wi-Fi signals and routers it's less harmful and falls under the category of non-ionizing radiation.
Emitted by radio waves, infrared, visible lights, amongst other fields, non-ionizing radiation isn't going to transform your cells. However, throughout the globe today, we are exposed to more non-ionizing radiation than ever before.
All electronic products possess an EMF which emits this type of radiation. While many argue that it is harmless, studies have been conducted to show proof that with excessive exposure to non-ionizing radiation on the human body, it does take a toll and there is a negative impact.
While the radiation is low in frequency range, it can still pose a threat to us with continuous exposure like in the case of Wi-Fi signals.
Other Health Risks of Household Radiation
One of the biggest health risks we find with radiation is a potential increase in the risk of cancer from either inhalation or direct exposure to gamma radiation. With long term exposure, radiation can result in damaged molecular structures as well as the long-term and adverse health effects of cancer or cardiovascular disease.
Is There a Safe Distance, We Should Maintain From WiFi?
Wi-Fi uses radio waves, which we have previously established to be non-ionizing, so they aren't too harmful. It's the same frequency of radiation that is emitted by cordless phones or cell phones, security alarms, and baby monitors.
Compared to a microwave oven, the intensity of the Wi-Fi signal is about 100,000 times less. Microwave ovens operate at a short distance with a high voltage while Wi-Fi wireless routers broadcast long distances at lower voltages.
These signals also follow the inverse square law. As you go further away from the source, the intensity of the energy decreases.
In the case of Wi-Fi wireless routers, if you double the distance from it, you would only be exposed to about a quarter of its energy.
Even at a relatively close distance, the intensity is quite low. With that said, do we really need to worry about staying a certain distance away from a Wi-Fi router?
If you want a simple answer then not really. You can easily sit next to a Wi-Fi router all day with no harm. The key word or letter in that statement is “a”.
What is your Level of Exposure?
We need to realize that we are now exposed to Wi-Fi signals from different sources, even if they are far away, and they provide us with some radiation. Radiation adds up and then of course you have your own Wi-Fi router at home along with other electronic devices that emit radiation.
Even though there isn’t a set distance, it's recommended that you don't sit or sleep within a meter or two distance away from a router.
Exposure to the Wi-Fi signals for a long time can have a harmful effect, though it would have to be for a very long period of time. Rather than risk it, why not take the proper precautions? After all, it's always better to be safe rather than sorry.
Protect Yourself From WiFi Radiation
We understand that the Wi-Fi in our home and surroundings has somewhat become a necessity now. We need access to information at all times and Wi-Fi enables us to get it with ease whether it is on our cell phones, tablets, or computers. So, doing away with your Wi-Fi router isn’t really going to solve much.
You can, however, negate the negative impact of radiation and harmonize your home with the help of a Geoclense Negative Ion Generator Home Harmoniser.
The product does exactly as it says, it harmonizes your home by neutralizing your entire property from the harmful energy and radiation that pose a threat to you. Whether it's radiation from your cell phone signals, Wi-Fi signals, or any other type of EMF radiation−your home will be in a homeostatic state and you and your family will be safe from the dangers of radiation.
Geoclense will protect you from the following radiation:
Man-made radiation
- Smart Meters
- Bluetooth from phones, computers, and other devices
- Digital television
- Microwave ovens
- Baby monitors
- Electrical appliances
- Cell Phone towers
- High voltage power lines
- Wi-Fi modem and router
- Metal house frames and home rooftops
- And other EMF radiation producing products
Earth Radiation
- Pipes including water, sewage, and storm
- Seismic fault lines
- Radioactive geological matter (Coal and Uranium)
Protect What Matters Most
The best part is, you aren't really required to do much. Geoclense is a product that you simply plug into your electrical socket and it begins working by neutralizing the effects of the radiation emitted by electronic products along with other sources in the home.
Your Geoclense should be plugged into a power point socket or electrical socket that is connected to the home's main electricity grid to work more effectively. It should also be plugged into an outlet that isn't easily accessible so there is no risk of someone unplugging it.
Does the Geoclense Use Electricity?
The Geoclense uses no electricity even though it's plugged into a socket which means that it won’t have an impact on your electricity bill.
The range of the Geoclense is exceptional so you would only need one for your whole house. The one Geoclense will not only cover your whole house but even some parts of your backyard and front yard, depending on how big your house is.
The Geoclense can also negate the impact of radiation emitted by power lines that are up to 200 meters away, which shows you just how powerful it is.
It comes in different socket types also so if you plan on traveling you can purchase one according to the country you plan to travel to.
So, don’t put yourself and your family at risk of exposure to the constant radiation that transmits throughout your home. With Geoclense, you can cleanse your house from all radiation, harmonizing it and making it a safe haven for you and your family.
