Morse Micro Unveils Revolutionary MM8108 Wi-Fi Chip Enhancing IoT Connectivity
Morse Micro, acclaimed for its groundbreaking endeavors in the realm of Wi-Fi HaLow technology, has officially unveiled its latest advancement, the MM8108 System-on-Chip (SoC), during CES 2025. This innovative chip is a monumental leap from its predecessor, the MM6108, offering enhanced performance across key metrics including range, data throughput, and energy efficiency. With the dawn of this chip, the trajectory for the Internet of Things (IoT) is set to shift dramatically.
Having established a reputation for excellence in the Wi-Fi HaLow sector, Morse Micro's new MM8108 boasts data rates of up to 43.33 Mbps, achieved through the pioneering sub-GHz 256-QAM modulation over an 8 MHz bandwidth. This significant improvement facilitates numerous applications ranging from smart agriculture and mining to advanced industrial solutions and urban connectivity. The tiny but powerful chip integrates a 26dBm power amplifier, ensuring remarkable operational efficiency while facilitating global compliance without external filters.
The MM8108’s design addresses numerous challenges faced by IoT developers. With an exceptional power efficiency profile and integrated amplifiers, it supports long-lasting operations essential for battery-powered devices, significantly extending the battery life of connected cameras and IoT devices. Morse Micro's co-founder and CTO, Andrew Terry, expressed confidence in the chip’s capabilities, stating that their team focused on creating the most compact, swift, and energy-efficient Wi-Fi HaLow chip on the market. The chip's enhanced features, like host offloading and fortified security measures, will make it easier for enterprises to develop their IoT applications.
To ease the transition into the new technology, Morse Micro has introduced the MM8108-RD09 USB dongle, showcasing a hassle-free upgrade path for existing Wi-Fi infrastructure (Wi-Fi 4/5/6/6E/7). This dongle incorporates the advanced MM8108 chipset and is poised to set standards for Wi-Fi HaLow compatibility. With its robust design and ready compliance with IEEE 802.11ah standards, the dongle will also come bundled with essential support tools, like the Raspberry Pi 4B, making it a powerful evaluation kit for developers.
Security is a non-negotiable factor in today’s wireless networks. In this regard, the MM8108 supports next-level WPA3 security protocols along with robust encryption standards that ensure a resilient link-layer protection for various applications. These advancements not only enhance user confidence but also fortify the overall IoT infrastructure.
The MM8108’s launch marks a pivotal moment for Morse Micro, solidifying its role as a frontrunner in the burgeoning Wi-Fi HaLow market. As businesses increasingly pursue IoT solutions, the new chip with its impressive capabilities promises transformative connectivity. As Michael De Nil, co-founder and CEO of Morse Micro puts it: “By simplifying the integration process, we're making it easier for customers to adopt Wi-Fi HaLow, driving growth, and opening doors to new opportunities in IoT and beyond.” The MM8108 SoC, along with the MM8108-RD09 and evaluation kits, are now ready for sampling and evaluation—ushering in a new era for IoT connectivity that is poised for swift expansion and adoption.
Key Innovations of the MM8108
Having established a reputation for excellence in the Wi-Fi HaLow sector, Morse Micro's new MM8108 boasts data rates of up to 43.33 Mbps, achieved through the pioneering sub-GHz 256-QAM modulation over an 8 MHz bandwidth. This significant improvement facilitates numerous applications ranging from smart agriculture and mining to advanced industrial solutions and urban connectivity. The tiny but powerful chip integrates a 26dBm power amplifier, ensuring remarkable operational efficiency while facilitating global compliance without external filters.
Empowering IoT Applications
The MM8108’s design addresses numerous challenges faced by IoT developers. With an exceptional power efficiency profile and integrated amplifiers, it supports long-lasting operations essential for battery-powered devices, significantly extending the battery life of connected cameras and IoT devices. Morse Micro's co-founder and CTO, Andrew Terry, expressed confidence in the chip’s capabilities, stating that their team focused on creating the most compact, swift, and energy-efficient Wi-Fi HaLow chip on the market. The chip's enhanced features, like host offloading and fortified security measures, will make it easier for enterprises to develop their IoT applications.
Comprehensive Integration and Enhanced Security
To ease the transition into the new technology, Morse Micro has introduced the MM8108-RD09 USB dongle, showcasing a hassle-free upgrade path for existing Wi-Fi infrastructure (Wi-Fi 4/5/6/6E/7). This dongle incorporates the advanced MM8108 chipset and is poised to set standards for Wi-Fi HaLow compatibility. With its robust design and ready compliance with IEEE 802.11ah standards, the dongle will also come bundled with essential support tools, like the Raspberry Pi 4B, making it a powerful evaluation kit for developers.
Security is a non-negotiable factor in today’s wireless networks. In this regard, the MM8108 supports next-level WPA3 security protocols along with robust encryption standards that ensure a resilient link-layer protection for various applications. These advancements not only enhance user confidence but also fortify the overall IoT infrastructure.
Conclusion
The MM8108’s launch marks a pivotal moment for Morse Micro, solidifying its role as a frontrunner in the burgeoning Wi-Fi HaLow market. As businesses increasingly pursue IoT solutions, the new chip with its impressive capabilities promises transformative connectivity. As Michael De Nil, co-founder and CEO of Morse Micro puts it: “By simplifying the integration process, we're making it easier for customers to adopt Wi-Fi HaLow, driving growth, and opening doors to new opportunities in IoT and beyond.” The MM8108 SoC, along with the MM8108-RD09 and evaluation kits, are now ready for sampling and evaluation—ushering in a new era for IoT connectivity that is poised for swift expansion and adoption.
Topics Consumer Technology）
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