Wi-Fi 6 (previously 802.11ax) focuses on network efficiency rather than peak speed. Wi-Fi 6, and its counterpart 6E, is all about working smarter and more efficiently to enhance Wi-Fi performance. This latest specification provides higher capacity and better coverage, and it reduces congestion for a better user experience.
| Module | Wi-Fi Standard | Band Support | Radio Config | Host Interface | Form Factor | Antenna Options | Operating Temp | Certifications | Security | Target Use Case | Key Differentiator |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Sona NX611 | Wi-Fi 6 | 2.4 / 5 GHz | 1x1 or 2x2 | SDIO / PCIe / UART | LGA / M.2 | On-module / External | Industrial range | FCC / CE / IC / Others | WPA3 / Secure boot | Industrial IoT / Embedded Linux | Balanced performance + integration |
| Sona IF573 | Wi-Fi 6E | 2.4 / 5 / 6 GHz | 2x2 | PCIe | M.2 Key E | External antenna | Industrial range | Global modular certs | WPA3 / Enterprise security | High-throughput / video / gateways | Tri-band + high bandwidth |
| Veda SL917 | Wi-Fi 6 | 2.4 / 5 GHz | 1x1 | SDIO | SMT / SIP | On-board antenna | Extended temp | Regional certs | WPA3 | Size-constrained embedded | Compact + low power |
| Veda IF912 | Wi-Fi 6 | 2.4 / 5 GHz | 1x1 | SDIO | LGA | External antenna | Industrial | Global | WPA3 | Battery / portable devices | Power-optimized |
| Sona IF513 | Wi-Fi 6E | 2.4 / 5 / 6 GHz | 2x2 | PCIe | M.2 | External | Industrial | Global | WPA3 | Edge compute / SOM integration | Max throughput |
Wi-Fi 6 is a dramatic leap forward for Wi-Fi, especially in embedded applications. New improvements directly impact the kinds of challenges faced by embedded developers in previous versions of Wi-Fi. We work with our customers to illuminate how these advancements apply to embedded wireless connectivity and create significant value in medical, industrial and logistics markets.
It's not just greater data rates: Wi-Fi 6 and 6E make a significantly more efficient network that makes better use of available spectrum, with greater focus on operational power usage and better infrastructure deployment. The efficiency improvements have come from a broad set of new features, including:
Deciding between Wi-Fi 6 and Wi-Fi 6E depends on your devices, environment, and performance goals. Both deliver faster, more efficient connections than previous generations, but each suits different needs.
Device Compatibility: If most of your devices don’t yet support 6 GHz, Wi-Fi 6 remains the better value. Wi-Fi 6E shines when paired with newer laptops and phones that can tap into its 6 GHz spectrum.
Network Congestion: In dense areas—apartments, offices, or city settings—Wi-Fi 6E’s wide, interference-free 6 GHz band can dramatically reduce slowdowns. In low-traffic areas, standard Wi-Fi 6 often performs just as well.
Speed & Latency Needs: Heavy data users, gamers, or AR/VR developers benefit from Wi-Fi 6E’s higher throughput and lower latency. For everyday browsing and streaming, Wi-Fi 6 more than covers typical broadband speeds.
Coverage Area: Wi-Fi 6E has shorter range, so large homes or multi-floor offices may need multiple access points. Wi-Fi 6 offers stronger range on 5 GHz for broader coverage with fewer devices.
Future-Proofing: Wi-Fi 6E readies your network for the coming wave of 6 GHz-capable devices—and the eventual arrival of Wi-Fi 7, which will build on the same spectrum.
In many setups, the best approach is hybrid: let newer 6 GHz-capable devices use Wi-Fi 6E, while older ones stay on 2.4 GHz or 5 GHz bands. Wi-Fi 6 still delivers exceptional reliability and value, but Wi-Fi 6E opens the door to next-generation performance when you’re ready.
Introducing the latest of the Sona™ Wi-Fi 6 product line from Ezurio, the NX611, based upon NXP’s leading IW611 Wi-Fi 6 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
Our new Sona™ NX611 answers the call for next-gen wireless IoT. The Sona™ NX611 is purpose-built for industrial IoT connectivity with access to SDIO and HS-UART host interfaces, industrial operating temp range, latest generation Wi-Fi and BT combined with a small form factor SIP, pluggable M.2 2230 type E card and SMT M.2 packaging.
When matched with our industry leading services and support, the Sona NX611 is a unique solution for your medical or industrial application.
Introducing the newest member of the Sona™ Wi-Fi 6/6E product line from Ezurio, the IF513, based upon Infineon’s leading AIROC™ CYW55513 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
Our new Sona™ IF513 answers the call for next-gen wireless IoT. The Sona™ IF513 is purpose-built for industrial IoT connectivity with access to a SDIO interface, industrial operating temp range, latest generation Wi-Fi and BT combined with both pluggable card and SMT M.2 packaging.
When matched with our industry leading services and support, the Sona IF513 is the only Wi-Fi module of its kind, addressing all your Wi-Fi 6E needs.
Introducing the first of the Sona™ Wi-Fi 6/6E product line from Ezurio, the IF573, based upon Infineon’s leading AIROC™ CYW55573 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
Our upcoming Sona™ IF573 answers the call for next-gen wireless IoT. The Sona™ IF573 is purpose-built for industrial IoT connectivity with access to both PCIE and SDIO interfaces, industrial operating temp range, latest generation Wi-Fi and BT combined with both pluggable card and SMT M.2 packaging.
Click below for preliminary documentation, product specifications, and more.
Introducing the latest of the Sona™ Wi-Fi 6 product line from Ezurio, the MT320, the first industrial grade Wi-Fi/BT module based upon the technology leading MediaTek Filogic 320 (MT7821) Wi-Fi 6 chipset. A truly robust industrial IoT module: one that’s rugged, small, globally certified, has reliable connectivity, and is easy to integrate.
Our new Sona™ MT320 answers the call for next-gen wireless IoT. The Sona™ MT320 is purpose-built for easy integration with the MediaTek Genio™ family of processors and industrial IoT connectivity, supporting a SDIO host interface, industrial operating temp range, latest generation Wi-Fi and BT combined with both pluggable card and SMT M.2 packaging.
Click below for preliminary documentation, product specifications, and more.
The road to bringing wireless to your product is perilous and long – but it doesn’t have to be. These are the pillars of our value as a partner and provider: Excellence in development across hardware and software, delivered with industry-best support and deployed around the world in the markets that drive your business success.
The future of Wi-Fi is on the way. Wi-Fi 6 and 6E represent huge leaps forward in throughput, sharing of spectrum, and more, and represent groundbreaking new opportunities in applications great and small. Follow our series of videos and blog posts to learn how these new features change what's possible, specifically in embedded device markets.
We'll cover topics like higher throughput, increased device density, low latency, lower power, 6 GHz spectrum, and characteristics of Wi-Fi 6E devices.
A Wi-Fi 6 module is a pre-certified embedded wireless solution based on the 802.11ax standard. It integrates the radio, baseband, and firmware into a compact form factor that allows engineers to add high-efficiency wireless connectivity to embedded systems without designing RF from scratch. Wi-Fi 6 modules improve network efficiency, reduce latency, and support higher device density compared to previous Wi-Fi generations.
Wi-Fi 6 modules operate in the 2.4 GHz and 5 GHz bands, while Wi-Fi 6E modules add the 6 GHz spectrum for additional bandwidth and reduced interference. Wi-Fi 6E is typically preferred for high-throughput, low-latency applications such as video, gateways, and edge computing, whereas standard Wi-Fi 6 is often sufficient for most industrial and embedded IoT devices.
Key selection criteria include:
Band support (2.4 GHz vs dual-band vs tri-band)
Host interface (SDIO for low power embedded, PCIe for high throughput)
Form factor and antenna integration
Operating temperature range
Certification requirements for target regions
Security requirements such as WPA3 or secure boot
Power consumption for battery-powered devices
Choosing the right module depends on performance, integration complexity, and deployment environment.
SDIO is commonly used in low-power embedded systems and microprocessor designs where throughput requirements are moderate. PCIe is preferred for high-performance applications such as gateways, video systems, and edge computing where maximum data throughput and low latency are required.
Most industrial Wi-Fi 6 modules are modular certified for major regulatory regions such as FCC, CE, and IC. Using a pre-certified module significantly reduces time, cost, and risk associated with RF and regulatory testing when integrating wireless into a product.
Yes. Modern Wi-Fi 6 modules typically support WPA3, secure firmware, and enterprise-grade encryption. Some modules also include hardware security features such as secure boot and cryptographic acceleration for protecting device communications and firmware integrity.
Wi-Fi 6 modules are commonly used in:
Industrial automation and control systems
Medical and healthcare devices
Smart cities and infrastructure
Logistics and warehousing
Edge computing and gateways
Video and high-bandwidth embedded systems
Not always. Wi-Fi 6 is sufficient for most industrial IoT deployments. Wi-Fi 6E becomes beneficial when applications require higher bandwidth, lower latency, or operation in congested RF environments where the 6 GHz band provides cleaner spectrum.
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Wi-Fi 6/6E is a gamechanger for hospitals, enabling Wi-Fi to continue serving as the backbone of hospital connectivity as device density increases and new devices put greater demands on networks.
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A fully featured Wi-Fi 6/6E radio that answers the call for next-generation wireless IoT.
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The Wi-Fi Alliance has launched two new versions of Wi-Fi that deliver significant advancements in performance, efficiency, latency, and other key areas. Wi-Fi 6 and Wi-Fi 6E represent major leaps...
Delivering Wi-Fi 6 and 6E with Bluetooth 5.4 for Next-Gen Industrial IoT Connectivity
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The focus of the presentation will be around the features introduced to the connectivity space by Wi-Fi 6 and how they can be leveraged in the embedded electronics space. Wi-Fi 6 has been promoted...
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This blog post is the second in a series of articles we’ll be presenting over the course of 2022 about Wi-Fi 6 (and Wi-Fi 6E) – the current and future top-of-the-line Wi-Fi standards championed...
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The available spectrum in Wi-Fi 6 is over twice as much as was available in the entirety of the 2.4 and 5 GHz range.
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Wi-Fi 6 brings new and unique characteristics in its available hardware, requiring designers to be aware of the new landscape to design in new Wi-Fi offerings.
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This blog post is the first in a series of articles we’ll be presenting over the course of 2022 about WiFi 6 (and 6E) – the current and future top-of-the-line WiFi standards championed by the...
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This blog post is the third in a series of articles we’ll be presenting over the course of 2022 about WiFi 6 (and 6E) – the current and future top-of-the-line WiFi standards championed by the...
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This blog post is the fourth in a series of articles we’ll be presenting over the course of 2022 about WiFi 6 (and 6E) – the current and future top-of-the-line WiFi standards championed by the...
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This blog post is the fifth in a series of articles we’ll be presenting over the course of 2022 about WiFi 6 (and 6E) – the current and future top-of-the-line WiFi standards championed by the...
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Join us as we discuss the role of Wi-Fi 6/6E connectivity in the medical field, showcasing its leading-edge capabilities and the multiple benefits it brings to the medical market.
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Andy Ross, explains how the best has already arrived in Wi-Fi 6/6E, and why the time is now to integrate this standard for the maximal impact on many IoT use cases
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Join us for an informative webinar to learn how to add significant value to your devices with Wi-Fi 6/6E.
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In our previous webinar with Electronic Design , we discussed how to leverage Wi-Fi 6 for the future of embedded applications. Based on that presentation, we will be running a blog post series...
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