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Wi-Fi calling takes place over both when configured correctly. If your company’s network connection fails, you need to be able to conduct business over an LTE-based cellular connection. Thinking through business continuity, it’s important to have a backup connection.

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Additionally, Android and iOS devices now have accepted, universal standards (APIs) for VoIP calls in a way that is optimized for battery life and the user experience. It doesn’t go through a traditional telecommunications provider like AT&T or Verizon. Wi-Fi calling gives you the chance to make phone calls using a wireless internet connection. Typically, a wireless router offers approximately 150 feet of range from its location, depending on building materials and other factors. If you have a high-speed broadband connection, odds are that you also have a router capable of providing this wireless coverage.

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All of this happens at an unbelievably fast rate most routers operate at 54 Mbps (megabits per second), meaning that when such routers translate and transmit binary data, 54 million 1s and 0s are taken in or sent out in a single second.Wi-Fi itself operates on a series of standards established by the IEEE and the Wi-Fi Alliance. The process repeats itself until you have loaded this article-or anything that requires the Internet.

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The router then converts the frequencies back into binary code and translates the code into the Internet traffic that you requested, and the router receives that data through a hardwired Internet cable. The frequencies travel across the radio channels mentioned earlier and are received by the Wi-Fi router that your device is connected to. If you’re using Wi-Fi, these 1s and 0s are translated into wave frequencies by the Wi-Fi chip embedded in your device. When you click on this article, your request is translated into a bunch of 1s and 0s. Everything computers do is based in binary code, a series of 1s and 0s. When you access the Internet on your device, it converts the information you’ve requested into binary code, the language of computers. The first step in the process is initiated by you (the user). When it comes to sharing the data across these channels, well, that’s when the magic-er, computer science-happens. The two Wi-Fi frequencies are split into multiple channels so as to prevent high traffic and interference. (Thank goodness beaches aren’t like that-it probably wouldn’t be too relaxing.) The higher the frequency, the greater the amount of data transmitted per second. One gigahertz, on the other hand, is one billion waves per second. One hertz is a frequency of one wave per second. If you measured the time between each wave crash, you’d be measuring the frequency of the waves. For example, let’s say you’re sitting on a beach, watching the waves crash to shore. What does that mean, though? Well, a hertz is just a measurement of frequency. Two radio-wave frequencies can be used, depending on the amount of data being sent: 2.4 gigahertz and 5 gigahertz. Wi-Fi uses radio waves to transmit information between your device and a router via frequencies. But have you ever stopped to wonder how it works?

Thanks to Wi-Fi, we no longer have to be tethered to the Internet with cables. Wi-Fi has become an integral part of our fast-paced everyday lives.

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