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A New Era of Wireless: How Android Dominates with Wi-Fi 6E

A New Era of Wireless: How Android Dominates with Wi-Fi 6E

In the fast-paced realm of wireless technology, there's always the "next big thing" on the horizon. And in the realm of wireless advancements, Wi-Fi 6E stands out—not as a mere upgrade, but as a connectivity game-changer. Now, when you bring Android into the mix, known for its technological pioneering, you've got a combination that's bound to make waves.

So, what's the buzz about Wi-Fi 6E?

This article will delve deep into the topic, revealing Wi-Fi 6E's various strengths, its impact on the IoT landscape, and how Android is, once again, at the vanguard. Plus, stay tuned for our rundown of Wi-Fi 6E-equipped smartphones and a helpful  FAQ section to answer any questions you might have.


What is Wifi 6E?

If you've been tracking the ebbs and flows of Wi-Fi standards as closely as we have since the halcyon days of wireless advent, the emergence of Wi-Fi 6E represents not just another blip on the radar, but a seismic shift. In the most rudimentary sense, the 'E' in Wi-Fi 6E stands for "Extended". But this is far from a mere extension of what we’ve known. It’s a leap into a new frontier.

At its core, Wi-Fi 6E is the latest standard from the Wi-Fi Alliance, which essentially extends the capabilities of the Wi-Fi 6 (802.11ax) standard into the 6 GHz frequency band. But, of course, there's a profundity to this progression.

From Congestion to Clarity: The Wi-Fi 6E Promise

While previous Wi-Fi iterations, including the lauded Wi-Fi 6, have largely been confined to the 2.4 GHz and 5 GHz bands, the introduction of the 6 GHz band is akin to opening up a vast, untapped highway for wireless communication. Imagine if, overnight, we doubled the lanes on a previously congested road - the kind of fluidity and efficiency you’d experience is precisely what Wi-Fi 6E brings to the table.

But it isn't merely about adding more lanes; it's about ensuring these lanes are free from the traditional interference and congestion that plagued its predecessors. The 6 GHz spectrum provides a whopping 1200 MHz of additional spectrum, making room for fourteen 80 MHz channels or seven 160 MHz channels. That may seem like just a bunch of numbers, but in the world of wireless communication, wider channels essentially translate to faster speeds and more data being moved simultaneously.

To give you some perspective, if we trace back to the early 2000s, the debut of 802.11g (which many nostalgically recall as the foundation of 'modern' Wi-Fi) brought with it a promise of 54 Mbps. Fast forward to today, with Wi-Fi 6E, we're talking about potential real-world speeds exceeding 2 Gbps. It's not just an incremental progression; it's a monumental leap, akin to moving from the telegraph to real-time video conferencing in terms of technological evolution.


Certified Security: The Wi-Fi 6E Assurance

In an age where data breaches and cyber-attacks are increasingly commonplace, ensuring wireless security isn't just a preference – it's imperative. Recognizing the critical nature of this challenge, the Wi-Fi Alliance has set the gold standard with its Wi-Fi CERTIFIED™ seal. Devices that earn this badge aren't just meeting the basics; they're adhering to the apex of security standards.

Wi-Fi 6E, for instance, integrates elite security protocols such as Wi-Fi CERTIFIED WPA3™ for private networks and Wi-Fi CERTIFIED Enhanced Open™ for more public arenas. Think of places bustling with digital activity – malls, corporate entrances, or university campuses. It becomes imperative for such areas to adopt 6E-certified solutions, especially given the widespread compatibility of dominant mobile operating systems with these standards.

For organizations, phasing out older, unsecured 2.4 or 5 GHz SSIDs in favor of Wi-Fi Enhanced Open™ "Transition Mode" is not just recommended – it's a strategic move. Melding the power of WPA3™ and Wi-Fi Enhanced Open with state-of-the-art network access controls and dynamic segmentation solidifies an organization's digital fortress, ensuring data integrity and user trust.

Differences between Wi-Fi 6 and Wi-Fi 6E:

The distinction between Wi-Fi 6 and Wi-Fi 6E might seem minuscule at first glance, given that they share the majority of their name. But, much like the technical intricacies that define wireless standards, there are distinct differences in the details.

Here's a comprehensive breakdown:

  • Frequency Bands: While Wi-Fi 6 primarily operates in the already established 2.4 GHz and 5 GHz bands, Wi-Fi 6E extends its operations into the 6 GHz band, which was previously uncharted territory for Wi-Fi.
  • Available Channels: With the inclusion of the 6 GHz band, Wi-Fi 6E boasts up to 14 additional 80 MHz channels or seven 160 MHz channels. This increase in channels alleviates congestion and allows for greater data transmission speeds.
  • Interference: Given that the 6 GHz band is relatively fresh and unoccupied, Wi-Fi 6E encounters significantly less interference from other networks or devices, ensuring a cleaner and more consistent connection.

Key Advantages of Wi-Fi 6E:

  • Increased Bandwidth: This is where the magic of Wi-Fi 6E truly shines. By tapping into the 6 GHz spectrum, Wi-Fi 6E is essentially doubling down on its data highways. This means more lanes and, consequently, more room for data transmission.
  • Lower Latency: Latency, in the realm of wireless communication, refers to the time it takes for a data packet to travel from the sender to the receiver. With Wi-Fi 6E, this time is drastically reduced, offering near-instantaneous data delivery. For applications that demand split-second responses – think online gaming, virtual reality, or stock trading – this is a game-changer. No more lags, no more delays; just real-time, swift communication.
  • Reduced Interference: As alluded to earlier, the beauty of the 6 GHz band is that it's relatively untouched, making it free from the cacophony of devices and networks vying for a piece of the spectrum. What this means for the end-user is a more stable connection, devoid of the usual hiccups and interruptions. Whether you're in a densely populated apartment complex or an office with multiple networks, Wi-Fi 6E ensures that your connection remains robust and consistent.
  • Enhanced Security with WPA3: Highly relevant. As smartphones are the primary devices we use for a myriad of online activities — from online banking to personal communications — ensuring the highest level of security during data transmission is paramount.
  • Swift Access Point (AP) Discovery: Smartphones, especially when mobile, need to constantly search for and connect to new networks. Quicker AP discovery means faster connection times, which enhances user experience, especially when transitioning between different networks.
  • Minimized Probe Requests: Reducing unnecessary probing improves battery efficiency for smartphones. Additionally, reduced probing leads to less network congestion, which is especially beneficial in crowded environments.
  • Streamlined Beacon Size: With a smaller beacon size, the overhead for network discovery decreases. This results in more efficient use of available bandwidth, thus potentially increasing the network's overall speed.
  • Multi-SSID Broadcasting: While this is more advantageous for network administrators and infrastructure setups, smartphones can benefit from faster network identification due to consolidated broadcasting.
  • Quickened Client Decisions with Unsolicited Probe Responses: Quick decision-making aids smartphones in maintaining a stable connection, especially when moving between the coverage areas of different APs.
  • Fast Initial Link Setup (FILS): Smartphones, being mobile by nature, frequently disconnect from and reconnect to Wi-Fi networks. Faster link setups reduce connection times, enhancing the user experience.
  • Out-of-Band AP Discovery: This feature saves battery life, as smartphones can discover new 6GHz APs without powering up an additional radio frequency module.
  • The Reduced Neighbor Report (RNR): For smartphones that might be connected on 5GHz but wish to transition to a faster or less congested 6GHz AP, this feature makes that transition smoother.
  • Access Network Query Protocol (ANQP): While this is more of a backend feature aimed at optimizing network operations, a more efficient network discovery process can lead to faster and more reliable connections for smartphones.

In essence, Wi-Fi 6E isn't just another upgrade. It's a paradigm shift, laying the groundwork for a new age of connectivity, defined by speed, efficiency, and security. You may see all of this as useless information, but the truth is, the vast majority of the features above have direct or indirect benefits for smartphone users. Whether it's through enhancing the user experience by speeding up connection times, ensuring more secure data transmission, or improving battery life through more efficient operations, Wi-Fi 6E is set to considerably boost the performance and functionality of smartphones.

Android's Adoption of Wi-Fi 6E

Ah, Android! The malleable marvel that has consistently been at the forefront of innovation in the mobile OS domain. Over the years, Android has not only embraced but also championed technological advancements, ensuring its vast user base always enjoys the bleeding edge of tech.

 1. Android's Technological Vanguard:

The Android ecosystem, birthed under the stewardship of Google, has always had a penchant for pioneering. Recall the swift adoption of USB-C, the early integration of 4G LTE, or even the bold step towards bezel-less displays. Android's foray into Wi-Fi 6E is but the latest chapter in a storied history of embracing the new. The ethos has been simple: evolve, adapt, and enhance. And in the realm of Wi-Fi, Android's commitment to 6E stands as a testament to this philosophy.

 2. Updated List of Android Devices with Wi-Fi 6E: (Updated 08/14/2023)

Given the vast expanse of the Android ecosystem, several flagship models from renowned manufacturers have ushered in the Wi-Fi 6E era. Here is a newly updated list of Android devices with Wi-fi 6E:

Google Samsung
Google Pixel Fold
Pixel 6
Pixel 6a
Pixel 6 Pro
Pixel 7
Google Pixel 7a
Pixel 7 Pro
Mix Fold 2
Galaxy A52s 5G
Galaxy M52 5G
Galaxy M53 5G
Galaxy S21 Ultra (Qualcomm Snapdragon 888)
Galaxy S21 Ultra
Galaxy S22 Plus2
Galaxy S22 Ultra 5G
Samsung Galaxy S22 Ultra (Qualcomm Snapdragon 8 Gen 1)
Galaxy S22+ 5G
Galaxy S23
Galaxy S23+
Galaxy S23 Ultra
Galaxy Xcover6 Pro
Samsung Galaxy XCover 6 Pro
Galaxy Z Fold3
Samsung Galaxy Z Fold 5
Xiaomi Motorola
Xiaomi 13 Ultra
Redmi K30 Pro
Redmi K30 Pro Zoom Edition
Redmi K30 Ultra
Redmi K50 Gaming
Redmi K50 Ultra
Redmi K60
Redmi K60 Pro
Redmi K60E
Redmi Note 12 Turbo
Xiaomi 12 Pro
Xiaomi 12S
Xiaomi 12S Pro
Xiaomi 12S Ultra
Xiaomi 13
Xiaomi 13 Pro
Xiaomi 13 Ultra
Xiaomi Mi 10
Xiaomi Mi 10 Pro
Xiaomi Mi 10 Ultra
Xiaomi Mi 11
Xiaomi Mi 11 Ultra
Xiaomi Mi 11i
Xiaomi Redmi Note 12 Turbo
Motorola Edge (2021)
Motorola Edge (2022)
Motorola Edge 40
Motorola Edge 40 Pro
Motorola Edge Plus 2023
Motorola Moto X40
Motorola Razr 40
Motorola Razr 40 Ultra
Motorola ThinkPhone


(Note: This list is bound to expand rapidly. Readers are encouraged to check the latest device specifications.)

3. Benefits to Android Users:

  • Faster Download/Upload Speeds: With Wi-Fi 6E, Android users are set to experience a data transfer nirvana. Be it downloading movies, uploading photos, or streaming music, everything happens in the blink of an eye. It's the sort of speed that once experienced, is hard to live without.
  • Enhanced AR/VR Experiences: The immersive worlds of Augmented and Virtual Reality demand instantaneous data transfer. With the low latency of Wi-Fi 6E, Android users can delve into AR/VR realms with unparalleled smoothness and responsiveness.
  • Superior Video Calling & Gaming: Remember the days when video calls would freeze, or online games would lag at that crucial moment? With Wi-Fi 6E, such grievances are relics of the past. Android devices leveraging 6E ensure crystal-clear video calls and lag-free gaming sessions.


Comparison with Other Mobile OS Platforms:

Without delving too deep into the tribal wars of mobile OS preferences, it's imperative to state facts. While iOS has its strengths, when it comes to the rapid adoption of emerging technologies, Android usually has a head start. This isn't a mere stroke of luck but stems from Android's open ecosystem, which allows a multitude of manufacturers to innovate and integrate new tech swiftly.

In the case of Wi-Fi 6E, while Apple's iPhones were not too far behind, the Android landscape saw a broader and quicker integration of the technology across multiple devices and price points. This democratization of the latest tech ensures that Android users, irrespective of their device's price bracket, get a taste of the future today.


Android vs. The Rest: The Wi-Fi 6E Adoption Race

While Android's penchant for early-tech adoption is well-documented, how does it stack up against its contemporaries in the Wi-Fi 6E race? Historically, Apple's iOS, being the primary competitor, has often been more deliberate in its tech integration, prioritizing system-wide optimization over immediate feature adoption. In the case of Wi-Fi 6E, Android manufacturers have clearly taken the lead, with a myriad of flagship and even some mid-tier models embracing this new wireless standard.

This isn't a jab at iOS or other operating systems; it's simply a testament to the agility and diversity of the Android ecosystem. This proactive approach isn't merely about bragging rights. Faster adoption translates to real-world benefits, giving Android a competitive edge:

  • Market Perception: Being perceived as tech-forward boosts brand value, enticing both tech enthusiasts and regular users who crave cutting-edge features.
  • User Experience: Early adopters enjoy tangible benefits, from blistering internet speeds to low-latency gaming, setting a standard for what mobile experiences should feel like.

Real-World Implications of Wi-Fi 6E

Beyond the realm of smartphones, the implications of Wi-Fi 6E are profound:

  • IoT and Smart Homes: As our homes get smarter, with a plethora of connected devices from smart thermostats to voice assistants, the demand for a robust, high-speed, low-latency connection is paramount. Wi-Fi 6E answers this call, providing a seamless and interconnected smart home experience.
  • Public Spaces: Envision waiting at an airport lounge or watching a game at a packed stadium, with thousands vying for bandwidth. Wi-Fi 6E, with its increased channels and reduced interference, ensures consistent connectivity, turning these traditionally challenging spaces into connectivity havens.
  • Business Verticals: In sectors where milliseconds can equate to millions, like stock trading, or where real-time data transfer is critical, such as telemedicine, Wi-Fi 6E is nothing short of revolutionary. Businesses stand to benefit from enhanced reliability, speed, and efficiency.


Challenges & The Road Ahead

However, the road to Wi-Fi 6E ubiquity isn't without its bumps:

  • Infrastructure Overhaul: Existing routers and modems might not support the 6 GHz band. This necessitates hardware upgrades, an investment not all are ready for.
  • Backward Compatibility: While Wi-Fi 6E devices can work on older Wi-Fi standards, to harness the full prowess of 6E, both transmitting and receiving devices must support it.

The good news? Android, alongside tech industry stalwarts, is on the case, pushing for broader 6E support and ensuring seamless integration. As for the future of Wi-Fi, while 6E is the current pinnacle, research is underway for even faster, more efficient standards, perpetuating the endless cycle of technological evolution.



Wi-Fi 6E is more than a wireless standard; it's a glimpse into the future of digital connectivity. Android, staying true to its legacy, is at the forefront of this revolution, inviting its users to experience tomorrow, today. As we stand on this digital precipice, one can only urge tech enthusiasts and casual users alike: to delve into the world of Wi-Fi 6E-enabled Android devices. The future, after all, waits for no one.

Ready to embrace the future? Search the latest phones on Wireless Place and guarantee yourself the lowest prices on all unlocked cell phones and tablets.


Wifi 6E FAQs

What's the difference between WiFi 6 and WiFi 6E?

WiFi 6E is an extended version of WiFi 6 that operates in the 6 GHz frequency range, providing more channels and less interference.


Is WiFi 6E backward compatible?

Yes, WiFi 6E is backward compatible with devices that support previous WiFi standards like WiFi 5 (802.11ac) and WiFi 4 (802.11n).


Are there devices that support WiFi 6E yet?

Yes, some newer smartphones, laptops, and other devices are starting to support WiFi 6E for improved performance.


Is WiFi 6E available worldwide?

WiFi 6E availability might vary by region due to regulatory approvals.


Will WiFi 6E improve my internet speed?

WiFi 6E can improve speed and performance, especially in congested areas, by providing additional spectrum for data transmission.


Are there any drawbacks to using WiFi 6E?

While WiFi 6E offers benefits, the main drawback might be its limited range compared to lower-frequency WiFi bands.


Do I need new devices to use WiFi 6E?

Yes, your devices need to support WiFi 6E to fully utilize its advantages, but they can still connect to WiFi 6 or older networks.


Is WiFi 6E the same as 6 GHz WiFi?

WiFi 6E uses the 6 GHz frequency band, but it also incorporates enhancements specific to the WiFi 6 standard.


Are there security improvements with WiFi 6E?

While WiFi 6E doesn't directly provide security improvements, it benefits from the security features introduced in WiFi 6.


Can WiFi 6E Connect to WiFi 6?

Yes, WiFi 6E devices can connect to WiFi 6 networks, but the benefits of 6E might be limited.


Does WiFi 6E Have a Better Range?

Yes, WiFi 6E can offer a better range due to its use of the 6 GHz frequency band.


Is WiFi 6E Safe?

Yes, WiFi 6E is safe for use and follows regulatory guidelines.


When Did WiFi 6E Come Out?

WiFi 6E was introduced in 2021, expanding on the capabilities of WiFi 6.


How Does WiFi 6E Work?

WiFi 6E operates in the less crowded 6 GHz band, providing higher speeds and better performance.


What are the differences between WiFi 6E and a potential WiFi 7 standard?

WiFi 7 is a hypothetical future standard, whereas WiFi 6E operates in the 6 GHz frequency with enhanced capabilities.


How does WiFi 6E compare to WiFi 5 (802.11ac)?

WiFi 6E offers higher speeds, improved performance, and better range compared to WiFi 5.


Is there a difference in speed between WiFi 6E and WiFi 6?

WiFi 6E can offer speeds comparable to or higher than WiFi 6, depending on the device and network conditions.


How does WiFi 6E affect latency?

WiFi 6E can potentially reduce latency due to its improved capacity and efficiency.

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