Will Wi-Fi 6 be to wireless what 5G is to cellular technology?

One of essentially the most talked-about matters of 2020 was 5G cellular know-how. 5G guarantees to revolutionise cellular networks past the cellular cellphone and unlock IoT (Internet of Things). But what concerning the different wireless specification, Wi-Fi 6?

Is Wi-Fi know-how nonetheless caught within the stone age?

The rise of Wi-Fi 6

Not with the rise of Wi-Fi 6, which brings new potentialities to wireless networks. Developed by the Wi-Fi Alliance, Wi-Fi 6 is formally often known as 802.11ax however typically referred to as Wi-Fi 6 for advertising functions.

Wi-Fi 6 will use Orthogonal Frequency Division Multiple Access (OFDMA). With OFDMA an entry level can be configured to permit its whole channel to one consumer for a particular time or the channel can be set to accommodate a number of customers.

This will lead to increased efficiency and decreased latency. Ciscos’ Wireless CTO Matt Macpherson explains:

“What you can do is to say I need to get this much traffic off the network, and I’m going to schedule these devices to use different slots and avoid each other so that we can better optimise the network.”

The IoT revolution

The different difficulty Wi-Fi 6 like 5G wants to deal with is how to deal with the IoT revolution. The wrestle lies in high-density environments corresponding to stadiums, live performance arenas and enterprises.

MacPherson explains the way it will enhance community connectivity in high-density areas and thus optimise IoT. MacPherson provides:

“The fact that we can be more effective means that as density goes up, we can control the collision domain. And if we can control the collision, then we can give a predictable experience.”


  • Higher knowledge charges with peak Gigabyte speeds
  • More sturdy out of doors community operations
  • OFDMA scheduling can optimise battery use
  • High-performance ranges in dense environments.

Also learn: This LiFi-enabled Oppo smartphone will be 100 occasions quicker than WiFi


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