Analog Devices (ADI) Drives Radar/mmWave VRU Sensing Adoption in Automotive and Smart Cities

Radar Sensing Takes Center Stage for Analog Devices

Analog Devices is positioned at the center of a rapid shift toward radar- and mmWave-based vulnerable road user (VRU) sensing across automotive and smart-city projects. As automakers and infrastructure planners prioritize reliable detection of pedestrians and cyclists in poor weather and low-light conditions, ADI’s portfolio of mmWave transceivers, front-end modules and high-performance data converters is increasingly integral to sensor stacks that complement cameras and lidar. The company’s mixed-signal expertise supports the beamforming, signal processing and sensor-fusion functions that vehicle manufacturers and tier suppliers require for automotive-grade radar systems.

Customers are integrating ADI components into radar-heavy ADAS architectures and roadside sensing platforms that demand robust RF performance and automotive qualification. That momentum is driven by an emphasis on multi-sensor redundancy: radar systems provide detection when optical sensors struggle, while ADI’s analog and mixed-signal chips enable the fast, low-noise data acquisition and processing needed for real-time VRU alerting. Suppliers and municipalities adopting RF solutions create recurring upgrade cycles and long product lifetimes that align with Analog Devices’ focus on industrial and automotive reliability.

Deployments in both vehicles and infrastructure also push product requirements toward higher integration and software-hardware co-design, areas where ADI is active through partnerships and reference platforms. As OEMs standardize sensor-fusion stacks and regulatory regimes codify pedestrian and cyclist protections, demand for automotive-grade RF components and system-level support increases—presenting Analog Devices with broader opportunities across on-board safety systems and smart-city sensing networks.

Proof in the Field: VisionWave Demonstration

A recent live demonstration in Italy by VisionWave’s SaverOne RF VRU platform before a leading global commercial vehicle manufacturer provides practical validation of the approach, showing reliable detection and alerting in visually challenged environments. The event, accompanied by online video, underscores the real-world utility of radar and mmWave sensing for commercial vehicles and signals growing confidence among OEMs in RF-first safety layers.

Market Growth and Policy Tailwinds

Analysts value the global VRU detection market at about $2.1 billion in 2024 and project nearly 14% compound annual growth to exceed $6 billion by 2033, driven by tighter pedestrian and cyclist safety requirements, rising urban density, and increased intelligent transportation spending. Cross-sector demand—from automakers to municipalities—continues to accelerate adoption of RF-enabled sensing, a trend that directly supports Analog Devices’ role as a core supplier of the hardware underpinning these systems.