Revolutionizing Industrial IoT Connectivity
Gateworks Corporation, a leader in industrial embedded solutions, has unveiled its next-generation Wi-Fi HaLow M.2 module powered by the innovative Morse Micro MM8108 chipset. This new offering represents a significant leap forward in connectivity solutions, addressing the critical demands of Edge AI and Industrial IoT applications.
Unmatched Features for Modern Needs
The newly launched GW16167 module is engineered in the USA and is designed to provide unparalleled long-range connectivity along with impressive throughput capabilities. Operating in the 850 to 950 MHz range, this module surpasses traditional Wi-Fi standards by enhancing wall penetration and overall reliability, significantly reducing infrastructure costs across global deployments.
Its plug-and-play design ensures seamless integration with a variety of single board computers (SBCs) equipped with a standard M.2 socket, particularly those utilizing NXP Semiconductor's i.MX 8M Mini, 8M Plus, and i.MX 95 processors. This compatibility fosters a robust foundation for advanced industrial environments requiring efficient, long-range wireless connectivity and edge computing capabilities.
Industrial Applications and Partnerships
One of the early adopters of the GW16167 module is Gatekeeper Systems®, noted for its retail loss prevention solutions. The company has been constructing its next-generation in-store infrastructure on the reliable IEEE 802.11ah HaLow networking technology by Gateworks and Morse Micro. According to Scott Carter, Chief R&D Engineer at Gatekeeper Systems, the robustness of the HaLow network has exceeded their expectations even under challenging conditions.
The Demand for Wi-Fi HaLow
As industries increasingly shift towards IoT solutions, the demand for efficient connectivity options is on the rise. The GW16167 module addresses these needs by enabling operations in a sub-GHz band, which translates to minimal interference and elimination of congestion, often eliminating the need for costly cellular or proprietary wireless systems. This technology enhances coverage and reduces the infrastructure density required, significantly lowering the Total Cost of Ownership (TCO) for large-scale implementations.
With data rates soaring up to 43.3 Mbps, the GW16167 maintains exceptional power efficiency and guarantees uninterrupted connectivity for essential applications, such as:
- - Smart Factories: Ensuring constant telemetry for autonomous mobile robots (AMRs) that operate in complex environments.
- - Smart Energy: Delivering reliable links for monitoring infrastructure, from grid setups to remote sensors.
- - Security Access Control: Supporting high-bandwidth remote monitoring systems across extensive premises, emphasizing the use of WPA3 security for enhanced safety.
A Strategic Alliance for the Future
The partnership between Gateworks and Morse Micro is pivotal for effectively delivering comprehensive solutions to the industrial sector. The goal is not only to accelerate the adoption of Wi-Fi HaLow technology but also to directly address the real-world wireless challenges experienced by users looking for dependable performance and enterprise-grade security in their operational settings.
Morse Micro, recognized as a premium player in the Wi-Fi HaLow landscape, views the GW16167 module as a testament to the maturation of this critical technology within the industrial ecosystem. With its capabilities, the module is set to become an essential tool for system integrators tackling the demands of robotics and edge computing deployments.
Showcasing Innovation at CES 2026
Both Gateworks and Morse Micro will showcase their advancements and the GW16167 module's capabilities at CES 2026, aiming to highlight the increasing prevalence of Wi-Fi HaLow in industrial applications. With this introduction, Gateworks is expected to broaden its product offerings further in the realm of industrial embedded technologies and pursue deeper collaboration with Morse Micro.
Available now through Gateworks’ official website and authorized partners, including DigiKey and Farnell, the GW16167 represents a significant step forward for industries seeking reliable, efficient wireless solutions in today’s digitally connected landscape.