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THE NEW WI-FI 6 RELEASE HAS BIG IMPLICATIONS FOR IOT PERFORMANCE AND POWER


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THE NEW WI-FI 6 RELEASE HAS BIG IMPLICATIONS FOR IOT PERFORMANCE AND POWER

January 05, 2022 by Jake Hertz
 * 
 * 
 * 
 * 


OF ITS MANY NEW FEATURES, THE PROTOCOL'S UPDATE INCLUDES SUPPORT FOR UPLINK.



When the IEEE 802.11ax standard (colloquially known as Wi-Fi 6) was released in
2019, it made waves in the industry. The new standard offered better data rates,
increased capacity, and improved power efficiency—a step in the right direction
to support modern connectivity challenges.

 



WI-FI FREQUENCY BANDS. IMAGE USED COURTESY OF BROADCOM

 

In an effort to keep the 802.11ax standard up to pace with the demands of social
media and billions of IoT-connected devices, Wi-Fi Alliance today announced the
release of Wi-Fi CERTIFIED 6 Release 2.

All About Circuits sat down with Kevin Robinson, Senior VP of marketing for
Wi-Fi Alliance, to hear about the new release firsthand.


 


WI-FI CERTIFIED 6 RELEASE 2 UPS PERFORMANCE

Wi-Fi CERTIFIED 6 Release 2 comes with a variety of new features that work to
deliver better performance and power management.

From a performance standpoint, one of the key new features coming to the second
release is the introduction of uplink multi-user MIMO. Multi-user MIMO is a
technology that increases the capacity of a Wi-Fi link by using multiple spatial
streams, allowing multiple clients to send data streams simultaneously.
This increases the overall capacity of the network.

While the first release of Wi-Fi 6 supported this feature for downlink
streaming, the new release is introducing uplink as well—allowing for faster
upload times for applications like IoT connections and social media use.

 



WI-FI 6E, WHICH IS AFFECTED BY THIS NEW RELEASE, OFFERS SEVEN "SUPERWIDE" 160
MHZ CHANNELS. SCREENSHOT USED COURTESY OF THE WI-FI ALLIANCE

 

“Traditionally you had downlink to uplink ratios in the 10:1 range: for every
ten bits that were coming down to the client devices on the network, there might
be one going back up the other direction. That's changing,” Robinson
explains. “Today we’re seeing ratios in the 6:1 range, and we're even seeing
that trend closer to the 2:1 range.”

With uplink multi-user MIMO, the Wi-Fi Alliance is hoping the Wi-Fi CERTIFIED 6
Release 2 will help support this shift in uplink traffic.

Scroll to continue with content


 


HOW THE NEW RELEASE TARGETS POWER EFFICIENCY

From a power perspective, Wi-Fi CERTIFIED 6 Release 2 is chock full of new
features for power savings, one of the major ones being broadcast target wake
time.

Broadcast target wake time is a feature that builds upon a Wi-Fi 6 feature
called target wait time. This technology allows a device like a sensor to sleep
for extended periods of time while agreeing with the network or access point
when that device is going to wake up. In this scheme, the device can efficiently
and reliably fall asleep and periodically wake up to get its traffic and go
right back to sleep again.

This maximizes power savings by minimizing the amount of on-time for a device.
Broadcast target wake time builds on this by now allowing a network to
coordinate this sleep behavior with multiple devices simultaneously within a
wakeup window.

 



TARGET WAIT TIME BROUGHT POWER IMPROVEMENTS TO WI-FI 6. IMAGE FROM QORVO

 

This may not seem like a feat considering that MCUs and other devices have long
included sleep modes to improve battery life. The difference, however, lies in
the way the network responds to these sleeping devices.

Robinson explains, “The difference is the level of coordination happening
between the network itself and the clients. In legacy approaches, when a device
goes to sleep, the network might assume that the client device has gone
somewhere else and left the network entirely. So that device might be
disassociated, meaning that when the sensor wakes up, it has to now reassociate
to the network, get security, get an updated key, get an IP address—all of these
various things that need to happen to actually establish connectivity.”

He continues, “With Wi-Fi 6 features, the client devices are able to say, ‘Okay,
I am going to sleep. You should expect that I might sleep for a day at a time.’
That means that the network can maintain that associated state so when a device
does wake up, it's sending far less traffic before I would call management or
administrative traffic.”

In this way, Wi-Fi Certified 6 Release 2 can provide even more power savings
than legacy options—including previous generations of Wi-Fi.

 


INDUSTRY SUPPORT FOR RELEASE 2

Major semiconductor players have already voiced their support of Wi-Fi CERTIFIED
6 Release 2, including Broadcom, Infineon, Intel, NXP, onsemi, and
Qualcomm. According to the Wi-Fi Alliance press release, this new protocol is
geared to smooth connectivity for streaming services, video conferencing,
uploads, and gaming. 

The Alliance also assures that the new features baked into Wi-Fi CERTIFIED 6
Release 2 apply to all bands, including 2.4 GHz, 5 GHz, and 6 GHz. This means
this update will be felt across residential, commercial, and public networks.  

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LEARN MORE ABOUT:

 * power management
 * uplink
 * downlink
 * Wi-Fi Alliance
 * Wi-Fi CERTIFIED 6 Release 2
 * Multi-user MIMO
 * broadcast target wake time

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