UWB IP Development

Defining the future of fine-ranging

High-performance, silicon-proven Ultra-Wideband IP cores designed for the next generation of secure proximity, spatial sensing, and indoor navigation.

IEEE 802.15.4zSecure RangingLow PowerTime-of-Flight (ToF)
UWB semiconductor chip die
Architecture

A novel flexible & scalable UWB architecture

Built for wireless ASIC customers who need to deploy UWB across automotive, industrial, and consumer IoT — without compromising on power, precision, or security.

Configurable PHY supporting multiple channel bandwidths
Hardware-secured ranging per IEEE 802.15.4z
Optimized for low-power IoT power budgets
Designed for ease of ASIC integration
Capabilities

Built for precision, security and scale

Precision Ranging

Time-of-Flight measurements deliver centimeter-level accuracy across diverse RF environments.

Secure Ranging

IEEE 802.15.4z scrambled timestamp sequences resist relay and distance manipulation attacks.

Low Power

Aggressive duty cycling and architectural choices tuned for battery-powered IoT endpoints.

ASIC-Ready

Clean integration interfaces, deliverables, and verification collateral built for tape-out.

Scalable Architecture

Configurable to balance performance, area, and power for each customer's silicon target.

Spatial Awareness

Beyond ranging — angle-of-arrival foundations enable rich spatial sensing applications.

Applications

Where fine-ranging unlocks new experiences

Automotive
Secure digital keys & in-cabin sensing
Industrial IoT
Asset tracking & worker safety
Consumer
Smart home & device-to-device ranging
Indoor Nav
Centimeter-accurate positioning