Arduino Portenta UWB Shield [ASX00074] - Ultra-Wideband Module Portenta H7, C33 & Stella | Precise Indoor Positioning, RTLS, IoT Ranging, DW1000 Compatible

Transform your IoT projects with Arduino's Portenta UWB Shield, a powerful Ultra-Wideband communication solution designed specifically for the Portenta C33. This versatile shield, featuring Truesense DCU150 technology, functions as both a base station and client device, enabling precise real-time location services and two-way ranging capabilities. Operating in the 6.24-8.24GHz frequency range, it's perfect for industrial automation, smart logistics, and interactive environments. The shield seamlessly integrates with your Portenta C33 through high-density connectors and supports advanced IoT applications including smart logistics optimization, proximity-triggered automation, and secure asset tracking. With operating temperatures from -30°C to +80°C and compact dimensions of 53.4 x 37.5 x 9 mm, this robust module delivers reliable performance across complex IoT systems. The shield's three PCB embedded antennas and NXP Trimension SR150 UWB IC ensure consistent connectivity, making it an essential tool for professional-grade IoT development and deployment.

• DUAL FUNCTIONALITY: Operates as both a UWB base station and a client device, enabling flexible ultra-wideband communication for IoT and real-time location services (RTLS).
• FULL COMPATIBILITY: Designed for seamless integration with Arduino Portenta H7, Portenta C33, and Stella boards via the standard MKR connector—no soldering or modifications needed.
• HIGH-PRECISION RANGING: Built on the Decawave DW1000 chipset, delivering centimeter-level distance accuracy ideal for robotics, automation, and indoor navigation.
• REAL-TIME PERFORMANCE: Enables two-way ranging and time-of-flight measurements with low latency—optimized for industrial, research, and prototyping environments.
• OPEN-SOURCE ECOSYSTEM: Fully supported by Arduino libraries and tools, allowing developers to quickly build, extend, and deploy UWB-based applications.