When Will Wi-Fi 6 Be Available?
The standard still isn’t fully approved, but every major Wi-Fi infrastructure vendor has already announced products. Most of the action has been over the past 12 months, so expect to see more activity. On the client side, the Samsung Galaxy S10 and the Apple iPhone 11 family of devices are the first to support it. Laptops based on Intel Ice Lake and Comet Lake CPUs should be firmware-upgradeable to support 802.11ax.
How Does Wi-Fi 6 Improve Performance and Security?
Older devices should work fine on Wi-Fi 6 networks, but only new clients will deliver an advantage. The biggest jump will be in high-density spaces, but these features require both clients and APs to be Wi-Fi 6. As long as you have old stuff on the airwaves, you’ll see no or limited benefits.
Wi-Fi 6 does require the new WPA3 encryption and authentication protocol (the latest version of Wi-Fi Protected Access), which gives stronger security to any client with modern firmware.
How Does Wi-Fi 6 Relate to 5G?
Wi-Fi 6, with higher speed and density, extends the usefulness of Wi-Fi as a faster, better, cheaper alternative to cellular data, even the superhigh speeds proposed for 5G networks. This reflects both technical advances and a strong consumer preference for Wi-Fi.
Wi-Fi 6 also opens up more frequencies, subject to regulatory approval in each country. The result is that IT managers should keep planning for Wi-Fi support. Users will get a better experience with properly engineered and deployed Wi-Fi 6 than with 5G. That said, the two are complementary, with Wi-Fi 6 ideal for indoor areas and 5G the standard of choice for outdoor networks.
How Should Wi-Fi 6 Upgrades Be Phased In?
A full Wi-Fi 6 deployment means swapping out APs, clients and network infrastructure. A 1-gigabit link isn’t fast enough to feed a high-speed, high-density Wi-Fi 6 AP. That’s a big step. Instead, IT managers should look for a gradual upgrade path, making sure that anything they add to their networks now can support Wi-Fi 6 and looking at how to accommodate faster AP-to-network speeds in the next upgrade cycle.