Are mobile signal boosters safe?
A cell phone signal booster (also called an amplifier or repeater) is made up of three main elements. Thus, an external antenna, an amplifier, and an internal antenna. A cell phone reception booster is usually a repeater system with an amplifier that adds an advantage or power to the reception in different directions. The function of the external antenna is to receive signals from the cellular tower with power and sensitivity. Therefore, a big question is always, are mobile signal boosters safe?
The main purpose of the cellular phone signal booster is to pick up and amplify the cell phone signal around your car, office, workstation, or home. After receiving, the signal is re-broadcast in this area with better reception or better signal. In addition to having an amplifier to boost the reception, an external antenna sends via the amplifier to internal antennas.
What Does a mobile phone signal booster do?
A cell phone signal booster is similar to the cellular broadcast towers used by cellular network providers for broadcasting, but much smaller, typically built for use in a building.
Modern cellular signal boosters reproduce cellular signals in the structure in which they are located. Using their external antenna, they receive the strongest cellular signal in an area, then amplify the signal and repeat it internally.
Are Signal Boosters safe?
Cell phone boosters do just the opposite: they keep harmful radiation away from the user. When the cell phone has a weak signal from the cell tower, it increases the power of its interior radio to struggle and uphold a constant link. This increases the production of radiation from cell phones. With the signal booster, the power from the cell phone antenna is reduced. Therefore, with easier connection to the booster, which improves the signal strength, the phone isn’t working as strongly.
Cell phones have made our lives a lot easier, but is it a threat to our health? You may have heard stories about pocketing cell phones and later health problems, but are these just extreme cases? It depends on whom you talk to. There are many theories out there, but let’s stick to some scientific evidence and some things you can do to reduce the potential risk factors.
Are signal boosters dangerous?
Cell phone signal boosters, computers, Bluetooth speakers, and other devices all emit a type of radiation called non-ionizing EMF. They are generally viewed as harmless by any means. Another type of radiation, called ionizing EMF, is found in ultraviolet (UV) rays and X-rays. This radiation can injure your cells and DNA. Other studies have been done on non-ionizing radiation and it may have posed a slight risk. Some research suggests that it may have measurable effects on living organisms, but there is no conclusive evidence in one way or another. This is where the confusion comes in and you should take some precautions regardless.
The energy emitted from signal boosters is much less than the energy emitted from cell phones. Repeaters or boosters use less than 10 MW of electricity. Also, the signal fades speedily as you shift away from the device. A cell phone booster can reduce the amount of radiation from your cell phone by providing a stronger signal. Therefore, the cell phone does not need to use that much energy in trying to capture the signal.
How can we minimize our risk?
If you spend hours a day with Wi-Fi on your phone or computer, you are probably at greater risk than someone who makes just a few phone calls. The wise thing to do is to minimize your risk and stay away from the signal for a while. Thus turn it off at night, or to allow your body (and mind) to recover, take a break. Reduce your risk by connecting your devices to cables instead of relying on Wi-Fi for everything. Furthermore, turn off routers and signal boosters when you’re not using them. Lastly, place them near devices so you can take them away from the resource.
When using your cell phone or laptop, keep it away from your body. Cell phone manufacturers mark these in the user’s physical. The phone does not need to emit as much power, so use the speaker feature on the phone and use it where there is a strong signal. The attached airbud may be better than Bluetooth, but with Bluetooth the Wi-Fi signal is minimal. If you’re on the phone too much, no one can be hurt from time to time.
When setting up your signal booster, find out what signal is coming to your location. Also, place your boosters in the area for maximum coverage. Furthermore, if possible, keep your devices close to the booster. We can arrange a schematic layout for the best placement of these boosters
Mobile Signal Boosters Conclusion
In our opinion, the debate over whether the health benefits of wireless technologies will continue in the future. In the meantime, we recommend the smart ways described above to limit or reduce its use.