
Micronano Core develops ultra-low-power System-on-Chip solutions that enable high-precision sensing and edge AI for IoT devices. The company combines four core technologies: ultra-low-power chip architecture, closed-loop adaptive near-threshold circuit design, high-precision low-power sensor acquisition, and an efficient embedded AI engine to deliver AIoT SoC product lines. Micronano Core offers these as platform-grade silicon for device OEMs and IoT product makers in consumer, industrial, and smart-edge applications. The technology targets reduced standby and running power while preserving inference performance for on-device AI. The company positions its SoCs for broad IoT and AIoT markets requiring long battery life and accurate edge sensing.

Micronano Core develops ultra-low-power System-on-Chip solutions that enable high-precision sensing and edge AI for IoT devices. The company combines four core technologies: ultra-low-power chip architecture, closed-loop adaptive near-threshold circuit design, high-precision low-power sensor acquisition, and an efficient embedded AI engine to deliver AIoT SoC product lines. Micronano Core offers these as platform-grade silicon for device OEMs and IoT product makers in consumer, industrial, and smart-edge applications. The technology targets reduced standby and running power while preserving inference performance for on-device AI. The company positions its SoCs for broad IoT and AIoT markets requiring long battery life and accurate edge sensing.