The MM8108 from Morse Micro is a breakthrough in AIoT and embedded connectivity—designed to meet the extreme demands of next-generation, intelligent edge devices. As the world’s smallest, fastest, and lowest-power Wi-Fi HaLow chip, it delivers unprecedented range, throughput, and power efficiency in the sub-GHz band, solving the toughest connectivity challenges in industrial, city-scale, and remote environments.

What sets the MM8108 apart is its advanced 256-QAM modulation at 8 MHz bandwidth, delivering up to 43.33 Mbps—far exceeding alternatives like LoRa or Zigbee. Its integrated 26dBm PA and 325mA ultra-low current draw eliminate the need for external components, reduce design complexity, and support global certifications. This enables solar- or battery-powered operation for AI-enabled smart cameras, sensors, and embedded devices, bringing scalable intelligence to the far edge.

Morse Micro’s MM8108 USB dongle and evaluation kit accelerates adoption by offering plug-and-play Wi-Fi HaLow for existing Wi-Fi infrastructures. This opens the door to deployable, standards-based connectivity that is secure (WPA3), efficient, and IoT-native (IPv6-ready). These features are critical for powering embedded AI workloads—whether for smart meters, predictive maintenance, wildlife monitoring, or autonomous logistics.

In essence, the MM8108 redefines what’s possible in embedded connectivity, creating a vital platform for intelligent, secure, and energy-efficient systems that operate reliably at the outermost edges of the network—where traditional Wi-Fi fails.