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Partnership to Design and Manufacture New Wi-Fi HaLow Modules

Jan. 31, 2023
Morse Micro will team up with AzureWave Technologies to develop Wi-Fi HaLow modules—low-power Wi-Fi for IoT devices.

Check out more of our CES 2023 coverage.

What you’ll learn:

  • What is HaLow?
  • How this partnership will help nudge IoT forward.
  • General specs of the HaLow chip.

At CES 2023, Morse Micro announced a partnership with AzureWave Technologies to design and develop two Wi-Fi HaLow modules, including the smallest type, a 13- × 13-mm module. Both FCC-certified module designs feature Morse Micro’s MM6108 microchip, a fast, low-power Wi-Fi HaLow system-on-chip (SoC) that offers 10X more range than traditional Wi-Fi solutions (Fig. 1)

 “Wi-Fi HaLow continues to gain momentum in the IoT ecosystem, and our collaboration with AzureWave builds on this energy as we scale and accelerate the deployment of Wi-Fi HaLow solutions worldwide,” says Morse Micro co-founder and chief executive officer Michael De Nil. “By joining forces, Morse Micro and AzureWave are poised to design and deliver best-in-class Wi-Fi HaLow solutions that will enrich existing communication modules in a broad range of IoT and consumer electronics applications.” 

Since Wi-Fi HaLow is geared toward IoT devices and taps into the lower-frequency ranges, it requires Wi-Fi HaLow-enabled access points or hubs for compatibility (Fig. 2). The company is working with leading worldwide ISPs to incorporate Wi-Fi HaLow into next-gen home gateways and developing solutions that allow existing customers to introduce Wi-Fi HaLow as soon as possible.

It also comes with scalability, robustness, and security essential for the toughest connected environments. Overall, one Wi-Fi HaLow-enabled access point supports over 8,000 IoT devices, which means it provides connectivity for large ecosystems in the industrial, agriculture, smart-building, and smart-city sectors. Wi-Fi HaLow extends to areas that are deemed unreachable by 2.4-GHz wireless technology and at much faster speeds than other sub-gigahertz IoT protocols.

“As a leading wireless module maker, AzureWave provides design and manufacturing services that ultimately shorten the customer’s development process and time-to-market, enabling the end-products to be more compact, value-added, and extremely low power,” said Gary Cheng, president and chief executive officer at AzureWave Technologies Inc. “Our partnership with Morse Micro demonstrates the continued global demand for Wi-Fi HaLow solutions, and it provides the opportunity to rapidly scale Wi-Fi HaLow for countless IoT devices.”

Morse Micro also is working with Matter to develop secure IoT ecosystems through the Connectivity Standards Alliance (CSA) to make Wi-Fi HaLow compatible with that communications protocol. However, the company is focusing less on Zigbee and Thread due to their low-speed, short-range IoT applications. 

Anyone can purchase the 13- × 13-mm and 14- × 18.5-mm modules through AzureWave. In addition, Morse Micro is working on evaluation platforms to integrate these modules for customers. Later this year, Wi-Fi HaLow is expected to be available for the maker and hobbyist communities.

Check out more of our CES 2023 coverage.

About the Author

Cabe Atwell | Technology Editor, Electronic Design

Cabe is a Technology Editor for Electronic Design. 

Engineer, Machinist, Maker, Writer. A graduate Electrical Engineer actively plying his expertise in the industry and at his company, Gunhead. When not designing/building, he creates a steady torrent of projects and content in the media world. Many of his projects and articles are online at element14 & SolidSmack, industry-focused work at EETimes & EDN, and offbeat articles at Make Magazine. Currently, you can find him hosting webinars and contributing to Electronic Design and Machine Design.

Cabe is an electrical engineer, design consultant and author with 25 years’ experience. His most recent book is “Essential 555 IC: Design, Configure, and Create Clever Circuits

Cabe writes the Engineering on Friday blog on Electronic Design. 

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