New WiFi Naming Protocol – WiFi 6

New WiFi Naming Protocol – WiFi 6

We are expecting the imminent release of a new Wireless standard based on IEEE standards 802.11ax which will simply be known as “WiFi 6”.

The hopes are that this new WiFi version will offer faster access: higher data rates, increased capacity, and overall enhanced performance.

“What is it called?” I hear you say. Well, apparently gone are the days of the complicated historical nomenclature. In order to make the highly complex terminology more accessible to us mere mortals, the WiFi Alliance has voluntarily announced its simplification of the naming protocol:

  • 802.11b to be known as Wi-Fi 1
  • 802.11a to be known as Wi-Fi 2
  • 802.11g to be known as Wi-Fi 3
  • 802.11n to be known as Wi-Fi 4
  • 802.11ac (current) to be known as Wi-Fi 5
  • 802.11ax (the new one) to be known as Wi-Fi 6

What is going to make life much easier, for those of us who are not initiated within the “inner circles” of Wireless, is that devices are to be labeled simply as “Wi-Fi x compatible” (where x indicates the compatible standard, i.e., Wi-Fi 6 for 802.11ax, etc.) by the use of simple little logos:

This will make it so much easier when purchasing WiFi-enabled hardware. Purchasers can immediately see with which standard their device is compatible.

The “high wizards” of the wireless community may not be too keen on the curtain being drawn back on their “dark magic” and the mystique surrounding the standards being simplified.

But, from a non-technical perspective, this bold move seeks to make the technology more accessible to the masses and will, in time, promote its wider use and, I am sure, ultimately give greater job security to those who are privy to the more complex inner-workings of wireless technology… because, as consumers, we are bound to mess up somehow and will need their help to fix it.

Learn More

To learn more, check out our range of  Wireless-focused IT industry certification training classes:
CWNP (Associate level) Wireless Network Administrator: CWNA
CWNP (Professional level) Wireless Network Security: CWSP
CWNP (Professional level) Wireless Network Design: CWDP
CWNP (Professional level) Wireless Network Analysis: CWAP
Cisco CCNA (Associate) level: WiFUND
Cisco CCNP (Professional) level: WiDESIGN , WiDEPLOY , WiSECURE , WiTSHOOT
Cisco CCIE (Expert) level: CIEWL1

Related Links

WLAN Association: https://wlanassociation.org/

If you are looking to advance your IT career, perhaps in Wireless, or maybe a different track, and would like to discuss your options, contact NC-Expert today!

The post New WiFi Naming Protocol – WiFi 6 appeared first on NC Expert.

NC-Expert Blog

By Rie Morgan July 30, 2026
Every new Wi-Fi generation arrives with a wave of excitement: faster speeds; lower latency; more efficient use of the spectrum; and better handling of dense environments. Wi-Fi 7 is no exception. It brings some genuinely impressive technological advances but, unfortunately, it also brings a familiar myth: "If we upgrade to Wi-Fi 7, all of our wireless problems will disappear." If only wireless engineering were that simple. Wi-Fi 7 is an outstanding technology, but it isn't a magic wand. Poor design, interference, bad client behavior, and unrealistic expectations don't suddenly vanish because the APs have a shiny new logo on the box. Let's bust another myth...
By Rie Morgan July 23, 2026
Few phrases trigger a knowing smile from experienced Wi-Fi engineers quite like this one, "It's the client's fault." Someone's video call drops while walking through the office or a warehouse scanner pauses between aisles, voice handsets crackle as users move from one floor to another... then, almost immediately, someone points at the device and confidently declares, "Well... clients decide when to roam." Technically, they're correct. But, practically, that's only part of the story. Roaming is one of the most fascinating aspects of Wi-Fi because it isn't controlled by a single device or a single setting. It's a partnership between the client, the infrastructure, and the RF environment. When that partnership breaks down, blaming one side rarely tells the whole story. Let's bust another myth... Yes, Clients Make the Decision Let's start with the important truth: in almost every Wi-Fi deployment, the client device ultimately decides when to leave one AP and join another. Laptops, smartphones, tablets, barcode scanners, medical devices, and countless IoT products all use their own roaming algorithms. Some roam aggressively whereas some cling to their current AP for far too long. Others seem convinced that losing the connection entirely is preferable to switching. Every Wi-Fi engineer has encountered at least one stubborn client that appears almost “emotionally attached” to a particular AP. :) Client behavior matters, but that's not where the story ends.
By Rie Morgan July 17, 2026
Every Wi-Fi engineer has heard some version of it, "Can't we just install the access points where the old ones were?" Or perhaps, "The floorplan looks straightforward. Let's save some time and skip the survey." Occasionally, someone even says the dangerous words, "We've done hundreds of these buildings. They're all basically the same." That's usually the point where experienced wireless engineers quietly smile, knowing that the building is about to teach everyone a valuable lesson because: buildings don't read design guides, concrete doesn't care about your deployment schedule, metal doesn't respect your project budget, and radio waves have never once agreed to cooperate, simply because everyone wanted them to. Let's talk about why a site survey isn't an optional luxury... it's one of the most valuable engineering tools available. Every Building Is Different At first glance, two office buildings may appear identical: same square footage, same number of floors, similar room layouts, yet their wireless behavior can be dramatically different: one may have reinforced concrete walls, another may contain extensive glass partitions, the warehouse may be filled with moving inventory, a hospital may have elevators, imaging equipment, and countless reflective surfaces, a manufacturing facility may contain machinery that wasn't mentioned on any floorplan, and remember: even furniture changes RF behavior! Anyone who has performed enough surveys eventually develops a healthy respect for one simple fact: the building always gets a vote, too!