Nile

Nile is an ultra-low-power power-management IC platform designed for next-generation battery-powered electronics, where every microwatt and every square millimetre of silicon matter. Our first chip integrates high-efficiency regulation, dynamic power modes and robust protection circuitry in roughly 1 mm², enabling significantly longer battery life and smaller form factors for space-constrained systems.

By drastically reducing quiescent current and system losses, Nile extends the autonomy of connected health devices, wearables, hearables and industrial/IoT nodes from hours to days or even weeks, without increasing battery size. The platform delivers low-noise, well-regulated rails suitable for precision analog front-ends, radios and small embedded processors, making it an ideal building block for ECG/EEG patches, smart rings, remote patient monitoring, predictive-maintenance sensors and energy-harvesting nodes.

We are now seeking partners to accelerate Nile’s maturation and deployment:

• Joint R&D with leading research institutions to explore advanced power architectures, energy-harvesting schemes and co-design with sensing/compute blocks.

• Collaboration with semiconductor manufacturers to evaluate Nile as licensable IP or as an embedded regulator within their mixed-signal and SoC portfolios.

• Pilots with system OEMs in healthcare, industrial and infrastructure markets to validate performance, reliability and cost savings in real-world conditions.

Partners will gain early access to our silicon, architecture roadmaps and application support, and can help shape Nile variants tailored to their markets. Our goal is to make power management a differentiator by unlocking smaller, longer-lasting, lower-maintenance electronic systems across smart health, consumer wearables and industrial IoT.