Investing in the future of connectivity
Morse Micro have developed the world's leading Wi-Fi HaLow SoC, reaching 10x farther than conventional Wi-Fi, opening up a host of new connectivity and device applications.
-Michael De Nil
Co-Founder & CEO.
How Wi-Fi HaLow Is Poised to Transform the IoT Market
Wi-Fi HaLow technology, the sub-1 GHz extension of Wi-Fi, is poised to transform the Internet of Things (IoT), and connected device market, with its adoption expected to surge from several million Wi-Fi HaLow-enabled devices in 2024 to over 100 million by 2029 according to global technology intelligence firm ABI Research
What is Wi-Fi HaLow
Wi-Fi HaLow is Wi-Fi, redesigned for devices at distance. It runs on a lower frequency than other Wi-Fi, which allows it to travel farther and pass through walls, floors, and obstacles, so one connection covers far more ground.
As devices get smarter, with AI built in at the edge, they demand more from the networks that connect them. Wi-Fi HaLow delivers the speed, reliability, and capacity to deploy Edge AI at scale.
Morse Micro's MM8108 sets the benchmark for Wi-Fi HaLow SoCs
When it comes to Wi-Fi HaLow technology, Morse Micro's MM8108 is the leader in every key metric.
Longest range
Fastest Wi-Fi HaLow SoC
Most power-efficient
Smallest yet most integrated
Where Wi-Fi HaLow works
Wi-Fi HaLow connects the devices conventional Wi-Fi cannot reach, and that low-power radios cannot serve with enough data. The same technology works across the home, industry, agriculture, cities, and infrastructure for a range of existing a new applications.
Residential
Cameras, video doorbells, locks, thermostats, leak and smoke sensors, garage controllers, irrigation, trackers.
Buildings and Campuses
Surveillance, access control, occupancy sensing, sub-metering, heating and cooling, lighting, environmental sensors.
Industrial
Condition monitoring, asset and inventory tracking, worker-safety and environmental sensing.
Agriculture
Soil-moisture and micro-weather sensors, irrigation pumps and valves, livestock tracking, remote cameras.
Investors backing Morse Micro
Board and executive team
The founders and operators steering Morse Micro with decades of combined experience across RF silicon, wireless standards and high-growth hardware.
Michael is a pioneer of modern Wi-Fi chips with an extensive background in digital chip design and low-power digital architectures. Prior to founding Morse Micro, Michael worked for Imec and Broadcom as wireless chip designer, revolutionizing connectivity of modern mobile phones.
In 2016 he seized an opportunity to change the game with the rise of IoT and the inception of a new Wi-Fi standard, IEEE802.11ah and founded Morse Micro, where he has since raised 200M in funding and commercialized the first record breaking Wi-Fi HaLow SoC that is about to power a new wave of IoT devices.
Andrew (Andy) Terry played a key role in the design of modern Wi-Fi radios in mixed-signal integrated circuits and was recognized with the President’s award at Broadcom for pioneering on-chip signal integrity work on the radios of landmark Wi-Fi chips.
Andy’s radio mastery underpins key functionalities of MM6108, the first record-breaking Wi-Fi HaLow SoC. As Morse Micro’s CTO Andy leads the engineering teams to successfully design world-leading Wi-Fi chips.
Joe Bedewi is Chief Financial Officer at Morse Micro, bringing more than 30 years of leadership experience across semiconductor finance, operations, capital raising and strategic growth. He has held senior finance roles at Uhnder, Altium, Lattice Semiconductor and Intel, with a track record of supporting high-growth technology businesses through major strategic milestones.
Founder and Chairman of Analog Devices, Inc. Ray Stata is an entrepreneur and businessperson who has been at the head of 9 different companies and is presently an investor and board member.
General Partner at Main Sequence Ventures. Bill Bartee was the co-founder and Managing Director of Blackbird Ventures and of Southern Cross Venture Partners. Bill was an early investor in Altium, Canva, Culture Amp, Seek & Quantenna.
Esteemed CEO and Chairman in the semiconductor sector, currently holds the position of CEO at Lumotive, and serves as Chairman at Arctic Semiconductor. He previously was CEO and Chairman at Quantenna, CEO at Doradus Technologies, and CTO at Ikanos. Honored with multiple industry awards, he holds over 50 patents and serves on several prestigious boards.
Ikuo Iwama is a former Executive Officer, and current Director, at MegaChips Corporation; Japan’s pioneering fabless semiconductor company. He had played a key role in shaping the company’s strategic direction and global operations. With deep industry expertise, he brings seasoned leadership to both corporate governance and innovation initiatives across the semiconductor sector.
Shrinath, with over three decades of experience, has made significant contributions across the semiconductor industry in both engineering and business functions. His journey spans large public corporations (Motorola, SUN Microsystems) and nimble Silicon Valley start-ups. Notably, he played a pivotal role at Ikanos Communications (IPO 2005), contributing to the development of six generations of x-DSL chipsets. Later, at Quantenna Communications, his contributions on the business side helped the company go public in 2017 on NSE, USA and followed by an acquisition by ON Semiconductor in 2019.
Kishore has two decades of experience in Systems Design for Wireless LAN Chips. Before joining Morse Micro, Kishore worked for large semiconductor companies, including Athena Semiconductors, LifeSignals, Broadcom. Kishore leads the systems and software teams from design to deployment in the field to ensure the world-leading performance of Morse Micro chips.
Alex Talevski leads the development of Wi-Fi HaLow powered reference designs and products based out of Morse Micro's Melbourne, Australia office. His focus is to advance the company's IoT 2.0 vision, where devices are not only connected but also intelligent and autonomous. As part of his role, Talevski oversees the integration of a unified system that enables OEM and developer partners to build scalable, robust, and energy-efficient products powered by Wi-Fi HaLow.
