Neuromorphic Microcontroller Drives AI at the Edge
Smart homes, robotics, wearables, and the next generation of intelligent sensing devices are all targets of Innatera's Pulsar neuromorphic microcontroller, which acts as a catalyst in delivering audio intelligence, presence detection, gesture recognition, and contextual sensing.
The MCU is supported by the Talamo SDK that helps developers build, optimize, and bring neuromorphic AI applications to market faster. The first neuromorphic microcontroller built for real-time intelligence at the sensor edge in a milliwatt power envelope, Pulsar enables always-on, responsive devices.
The Pulsar neuromorphic MCU combines an advanced event-driven spiking compute fabric for ultra-low-power spiking-neural-network (SNN) acceleration with a RISC-V CPU for system management and control. The powerful, heterogeneous single-chip platform for efficient end-to-end sensor data processing brings real-time, event-driven intelligence directly to the sensor, leading to sub-millisecond response at microwatt power.
Always-on, high-performance inference means no tradeoff between accuracy and energy use, as application processors stay asleep until needed, extending battery life without cloud dependence. The compact 2.8- × 2.6-mm MCU brings real-time, event-driven intelligence directly to edge devices, enabling sub-millisecond responsiveness at microwatt power levels.
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About the Author
Alix Paultre
Editor-at-Large, Microwaves & RF
Alix is Editor-at-Large for Microwaves & RF.
An Army veteran, Alix Paultre was a signals intelligence soldier on the East/West German border in the early ‘80s, and eventually wound up helping launch and run a publication on consumer electronics for the U.S. military stationed in Europe. Alix first began in this industry in 1998 at Electronic Products magazine, and since then has worked for a variety of publications, most recently as Editor-in-Chief of Power Systems Design.
Alix currently lives in Wiesbaden, Germany.