Puwell and Morse Micro Collaborate on Innovative Wi-Fi Solutions
In a remarkable achievement, Puwell Technology Inc. has confirmed that the state-of-the-art Wi-Fi HaLow System on Chip (SoC) from Morse Micro is at the core of their new ShowMo MileFlask Kit. This partnership represents a significant leap forward in wireless transmission technology.
Puwell Technology Inc., a leader in AIoT vision, has announced a strategic partnership with Morse Micro, a prominent player in the Wi-Fi HaLow silicon market. Together, they introduce an extraordinary enhancement in wireless security cameras, propelled by Morse Micro's advanced MM6108 SoC integration with Puwell's proprietary transmission engine, MileCast+™.
The Recipe for Success
The MileFlask Kit is set to make its debut at CES 2026, addressing a vital issue in various sectors: the challenge of delivering wireless internet coverage to expansive areas. Traditional Wi-Fi often falls short, leading to high costs when relying on cellular data. The MileFlask Kit promises to bridge this gap.
Innovative Insights from Puwell's CEO
Jack Li, the CEO of Puwell Technology Inc., expressed, "Achieving a true two-mile range isn't just about software optimizations. We required the industry's most sensitive sub-GHz silicon. Morse Micro provides just that with their MM6108 SoC, offering superb signal penetration. Paired with our MileCast+ engine, which expertly manages jitter and latency using the SRT protocol, we've created a dependable solution for farmers and site managers, allowing them to 'set it and forget it.'"
Pioneering the Future of Wi-Fi HaLow Technology
This collaboration highlights the growing commercial viability of Wi-Fi HaLow technology in high-bandwidth IoT applications. Michael De Nil, CEO and co-founder of Morse Micro, stated, "The MileFlask Kit exemplifies Wi-Fi HaLow's capacity to exceed traditional connectivity standards. By taking advantage of the long-range capabilities of our MM6108 SoC, Puwell has developed an innovative product that resolves genuine connectivity challenges. We're eager to showcase this breakthrough at CES 2026."
Showcase and Availability
The ShowMo MileFlask Kit is anticipated to steal the spotlight at CES 2026 in Las Vegas. Industry partners and media representatives are invited to experience its remarkable technology up close.
About Puwell Technology Inc.
Puwell Technology Inc. is the innovator behind the IPC360 Cloud ecosystem and the notable professional security brand, ShowMo. With their R&D center in Hangzhou and global operations based in New York, they deliver cutting-edge AIoT solutions powered by their proprietary MileCast+ engine.
About Morse Micro
Morse Micro is recognized as the premier fabless semiconductor company in the Wi-Fi HaLow sector, transforming IoT connectivity with award-winning innovations. Located in Sydney, with additional offices in multiple countries including the United States, Taiwan, China, India, Japan, and the United Kingdom, they are instrumental in advancing next-generation long-range, low-power Wi-Fi HaLow solutions. Their first-generation MM6108 and the recently launched MM8108 silicon are setting benchmarks in the market, offering unmatched speed, minimal power consumption, and long-range Wi-Fi connectivity.
Frequently Asked Questions
What is the main feature of the ShowMo MileFlask Kit?
The ShowMo MileFlask Kit provides groundbreaking two-mile wireless connectivity, leveraging Morse Micro's MM6108 SoC technology.
Where will the MileFlask Kit be showcased?
It will be launched at CES 2026 in Las Vegas, highlighting its innovative technology.
Who are the key players in this partnership?
Puwell Technology Inc. and Morse Micro are the primary collaborators behind the MileFlask Kit.
What challenges does this technology aim to address?
This technology aims to resolve the limitations of traditional Wi-Fi in covering vast properties, which is essential for agriculture and industrial applications.
What is the significance of the partnership?
This collaboration showcases the commercial readiness of Wi-Fi HaLow technology in IoT applications, setting new standards for wireless connectivity.
