Wi-Fi HaLow, a new Wi-Fi technology that operates at a lower frequency than standard Wi-Fi, has been certified by the Wi-Fi Alliance. The technology was developed expressly to meet the demand for IoT devices to be connected to the Internet at all times of the day.
Wi-Fi HaLow was created with the rapid growth of the Internet of Things (IoT) devices in mind. As IoT applications proliferate in companies and homes, an increasing number of gadgets must remain constantly linked to the Internet. Wi-Fi HaLow appears to be a clever answer to that need, one that “eclipses other solutions,” according to the Wi-Fi alliance.
Wi-Fi HaLow also draws on existing Wi-Fi protocols and may be used with current Wi-Fi devices. This is a significant benefit since it would not necessitate adopting any new Wi-Fi connection techniques or proprietary technologies. In the existing architecture, it’s simple to scale.
How does Wi-Fi HaLow work?
Standard Wi-Fi, which we use to connect our gadgets to the Internet, runs on a radio frequency of 2.4GHz to 5GHz. These are designed to send a significant quantity of data in a short length of time, hence the wide bandwidth. Instead, Wi-Fi HaLow operates at sub-1 GHz.
Because such a low-frequency wave has a longer wavelength, the signals can travel further distances than with higher spectrums. Credits to this, a single Wi-Fi HaLow access point can support internet access for more than 8,000 devices spread across hundreds of acres.
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As a result, Wi-Fi HaLow sacrifices data transfer rates to expand the range. However, such an application is ideal for IoT devices that hardly require large amounts of data to be transferred over the Net. Wi-Fi HaLow has similar uses in industrial, agricultural, and other settings. Because of its low frequency, Wi-Fi HaLow is perfect for logistics. As a result, the new technology’s potential is limitless. Wi-Fi HaLow will be the next great enabler, thanks to the proliferation of IoT applications, and is expected to be seen everywhere shortly.
