#lowpowerelectronics

Nanopower Semiconductor has rolled out its award-winning nPZero power-saving IC, designed to dramatically reduce energy consumption in battery-powered and energy-harvested IoT devices. The ultra-low-power chip can autonomously manage sensors while keeping the host microcontroller powered down, waking it only when specific events occur—helping cut system energy use by up to 90%. With support for multiple sensors and ultra-low nanowatt operation, the solution enables longer device lifetimes and more efficient deployments across applications such as smart cities, smart buildings, agriculture, and industrial monitoring.

Nanopower Semiconductor has rolled out its award-winning nPZero power-saving IC, designed to dramatically reduce energy consumption in battery-powered and energy-harvested IoT devices. The ultra-low-power chip can autonomously manage sensors while keeping the host microcontroller powered down, waking it only when specific events occur—helping cut system energy use by up to 90%. With support for multiple sensors and ultra-low nanowatt operation, the solution enables longer device lifetimes and more efficient deployments across applications such as smart cities, smart buildings, agriculture, and industrial monitoring.