Skip to main content

What is the next-gen WiFi 6E?

Before WiFi 6E, there are 6 WiFi standards, from WiFi 1 to WiFi 6. Here are 6 WiFi versions since 1999.

Related topic:

  1. WiFi 6: 802.11ax (released in 2019)
  2. WiFi 5: 802.11ac (released in 2014)
  3. WiFi 4: 802.11n (released in 2009)
  4. WiFi 3: 802.11g (released in 2003)
  5. WiFi 2: 802.11a (released in 1999) 
  6. WiFi 1: 802.11b (released in 1999)

About WiFi 6E, it is the extension of WiFi 6. The letter “E” in its name stands for Extended which indicates the extended usable airwaves of 6GHz. For that reason, WiFi 6E is also known as WiFi 6 over the 6 GHz band of frequency. That means all devices and gadgets communicating on the 6 GHz spectrum would be WiFi 6E devices. 

As the latest WiFi version, it’s no doubt that WiFi 6E or WiFi 6 over the 6GHz band is better than older WiFi standards in terms of bandwidth, range, speed, latency, and more. More details on how WiFi 6E is better than WiFi 6 and other previous standards will be discussed later on. Keep reading on to see how you will benefit from this advanced WiFi technology. Now, it’s time to learn about the differences between WiFi 6E and WiFi 6!

As the latest WiFi version, it’s no doubt that WiFi 6E or WiFi 6 over the 6GHz band is better than older WiFi standards 

Differences between WiFi 6E and WiFi 6?

As mentioned recently, WiFi 6E is WiFi 6 over the 6GHz spectrum rather than just the 2.4 and 5 GHz bands. That’s also the key difference between WiFi 6 and WiFi 6E for sure. As operating on the 6 GHz band along with the currently available airwaves of 2.4 GHz and 5 GHz, WiFi 6E offers much higher network bandwidth than other WiFi versions, including WiFi 6.

How is WiFi 6E better than WiFi 6?

It’s no coincidence that WiFi 6E is called the biggest upgrade to WiFi in 2 decades. What makes next-gen WiFi 6 different totally comes from its ability to operate on the new frequency of the 6GHz band which ranges from 5.925GHz to 7.125GHz and allows up to 1200 MHz of additional spectrum. Unlike the 2.4 and 5 GHz bands that WiFi users have been familiar with for years, the 6 GHz band exists without interference and overlap. 

The 6 GHz band exists without interference and overlap

In fact, WiFi 6 over the 6 GHz band provides up to 14 non-overlapping 80MHz-wide channels instead of just 6 non-overlapping 80MHz channels of 5GHz WiFi. WiFi operating on the 6 GHz band also allows 7 non-overlapping 160MHz-wide channels. Generally speaking, this new generation of WiFi really opens up resources for a bunch of future innovations like virtual reality (VR), Augmented Reality (AR), 8K streaming, and more. 

Basic things to know about the next-gen 6E WiFi

WiFi Alliance began certifying WiFi 6E devices early this month, paving the way for millions of new devices that can transmit in the super-wide 6 GHz airwaves. Many WiFi users are looking forward to experiencing the superior bandwidth and very fast speed delivered by the latest WiFi standard of 6E. 

As compared to 5GHz WiFi vs Ethernet, 6GHz WiFi promises a lot of considerable benefits. Let’s see what makes WiFi 6E or WiFi over the 6GHz band so innovative! But first, it’s good to spend a minute finding out what it really is, right?

6GHz, as compared to 5GHz WiFi vs Ethernet, promises a lot of considerable benefits

Conclusion

These are all the basic things about the next-gen WiFi 6E that we want to introduce to you via this post. Not like differences between the 5GHz WiFi vs ethernet, the 6GHz’s superiority lies in super-wide bandwidth. Now you know what 6E WiFi or WiFi 6 over the 6GHz band is and how it’s better than the previous WiFi versions and even 5GHz WiFi vs ethernet, right?

See more: how to test internet speed on google

Comments

Post a Comment

Popular posts from this blog

Telus introduces two new Wi-Fi solutions

  Wi-Fi 6 and Wi-Fi Plus work together to create a responsive experience Telus has launched two new Wi-Fi solutions for its customers in Western Canada. The first is Wi-Fi 6. It offers tri-band technology and the fastest home internet speed in Western Canada, the company says. It provides fast speeds even if multiple devices are connected. Wi-Fi Plus is the second offering. According to the company’s website, this is a monthly add-on to Wi-Fi 6 for those looking to ensure their Wi-Fi connection works in all corners of their home. It cost $10 a month. Company technicians install the services and determine the number of access points needed for the best experience. A combination of the two creates “an unmatched home Wi-Fi experience that is only offered by Telus,” the company says. “We all know what it feels like to have that one spot in our home where the Wi-Fi connection just isn’t as strong, and the frustration that can cause ourselves and our families,” Zainul Mawji, preside...
Post a Comment
Read more

How to test ping on PC?

  Follow these instructions to run a Ping test in Windows. Using the  Start Menu  at the lower left corner of your screen: Windows 10: Right-click the Start menu, and click  Command Prompt  from the resulting menu Windows 8: Press the  Windows  key ⊞ on your Keyboard to open your Windows 8 Menu Windows 7: Open your Start menu, and then click the  Search Program and Files  entry field Windows Vista: Click on the  Start Search  entry field Windows XP: Choose the  Run  command from the Start menu Type  CMD  into the text box (or at the Windows 8 Menu) and then select the  Command Prompt  program A black window will appear. This is the command window in the Windows operating system. You will not be able to use your mouse to manipulate this window Type  ping www.google.ca  into this window and then press the  ENTER  key on your keyboard. This will begin a ping test which will attem...
1 comment
Read more

The Average Ping Speed

  By Jacob Andrew Many services, particularly games, measure performance according to ping. Acquiring your ping is relatively easy, but interpreting the results requires a deeper understanding of Internet bandwidth and server response times. To get your average ping, use tools available natively to Windows, or online speed measurement websites. Understanding Ping Ping measures the time it takes for a remote device to respond to your ping request. The results are measured in milliseconds or ms. As part of the Internet Control Messaging Protocol, the ICMP ping command requires a specific destination. Your response time varies depending on the location of that destination, typically a server or router. Pinging your gateway address, for example, should result in less than a 1 ms response time. Pinging google.com, however, may take 50ms. A single ping is also affected by a number of factors, including load on the server and congestion on your own network; this is why ping commands ...
1 comment
Read more