How Wi-Fi HaLow enables IoT 2.0
28.07.2026
15:00 - 16:00 CST (Mexico City)
17:00 - 18:00 EDT (New York)
IoT 2.0 is a major deployment challenge - and Wi-Fi HaLow is built to answer it. The question is no longer whether low-power, long-range connectivity is possible. Instead, it's whether current wireless technology can handle high-density sensor networks, real-time edge AI inference, and secure data pipelines built to hold up in real-world applications.
Across smart homes, industrial automation, smart cities, agriculture, and security, traditional wireless technologies consistently hit the same walls. These include limited range, weak penetration, poor scalability, and inefficient power use. Wi-Fi HaLow, based on the IEEE 802.11ah standard, addresses these challenges by operating in sub-1GHz frequency bands. The result: longer range, stronger wall penetration, lower power consumption, and support for high-density IoT networks.
Why Wi-Fi HaLow matters
This Masterclass will explore how Wi-Fi HaLow combines the familiarity and security of traditional Wi-Fi with next-generation deployment capabilities. You’ll see where the technology fits into the modern IoT architecture: long-range wireless, native IP support, WPA3 security, lower infrastructure costs, and improved power efficiency. The session will also cover how Wi-Fi HaLow compares to technologies such as BLE, Zigbee, LoRaWAN, and NB-IoT. The session also presents field trial data and camera deployment results, proof of performance under real-world conditions, throughput under load, and reliability across environments where other wireless standards fall short.
How Wi-Fi HaLow answers real deployment challenges for IoT 2.0
In this Masterclass, held in collaboration with Morse Micro, we’ll provide practical insights into successfully deploying Wi-Fi HaLow in commercial products. Additionally, the webinar will cover module architecture, RF and antenna considerations, certification readiness, and deployment examples across multiple industries. It will also feature Quectel's FGH100M, FGH100M-H, and FGH200M modules, which take Wi-Fi HaLow from specification to something you can design around, certify, and ship. Overall, this Masterclass will help developers, engineers, and product teams move from evaluating Wi-Fi HaLow to building it.
Speakers
Thean Wooi Haur
Thean Wooi Haur is a product development manager specializing in Wi-Fi technologies and product commercialization. He has worked on wireless product integration, RF design considerations, Linux/OpenWRT deployment, and real-world IoT implementation in various industries. Prior to joining Quectel, he gained industry experience in wireless technologies, product validation, and system development at Intel and Motorola. Combining both technical expertise and customer-facing experience, he supports customers in accelerating the development and deployment of next-generation connectivity solutions.
Job title:
Product Development Manager
Company:
Quectel
Zandr Milewski
Zandr Milewski is a Principal Community Engineer at Morse Micro, enabling developers to build and deploy Wi-Fi HaLow systems. With over a decade of experience in IoT, he works across hardware, software, and system integration to help customers move Wi-Fi HaLow designs from prototypes to reliable, field-ready deployments.
Job title:
Principal Community Engineer
Company:
Morse Micro
Agenda
Why Wi-Fi HaLow matters for next-generation IoT connectivity
Key technology advantages of IEEE 802.11ah and sub-1GHz Wi-Fi
Real-world deployment and commercialization strategies