Driving automation introduces increasingly complex perception challenges. Vehicles must reliably detect vulnerable road users, distinguish closely spaced objects and operate consistently in dense traffic, poor weather or low‑visibility environments. Imaging radar rises to these challenges by providing accurate Doppler measurement, fine angular resolution and rich point‑cloud data. delivering consistent, high-fidelity perception regardless of environmental conditions.
NXP’s third‑generation imaging radar platform is designed to support a wide range of radar configurations while maintaining a scalable system architecture. By combining the S32R radar processing family with advanced radio frequency-complementary metal-oxide-semiconductor (RF-CMOS) radar transceiver technology, OEMs and Tier‑1 suppliers can scale performance efficiently across vehicle segments and regions.
Gain insight into how scalability and efficiency drive the next wave of imaging radar deployment. Read the whitepaper on how Scalability and Efficiency Will Drive the Next Wave of Imaging Radar Deployment.
A key building block of this platform is NXP’s latest RF-CMOS automotive radar transceiver— the TEF8388— integrating eight transmit and eight receive channels on a single monolithic die. The optimized RF architecture, pin assignment and launcher placement improve signal quality and reduce system bill of materials (BOM) with excellent power efficiency.
High resolution imaging radar is rapidly transitioning from an emerging technology to broad real world deployment.
FORVIA HELLA is leveraging NXP’s advanced radar transceiver and processing technology as a key building block in its next generation radar sensor solutions . The first high resolution imaging radar program for a major car OEM—based on this third generation platform—is scheduled to enter series production in mid 2028.
This milestone demonstrates how the latest imaging radar technology innovation can deliver on demanding performance requirements while maintaining competitiveness for volume production at scale.
By bringing together high performance, enhanced power efficiency and a streamlined BOM, NXP’s third‑generation imaging radar platform helps accelerate the rollout of advanced perception platforms and supports the next wave of driving automation as vehicles evolve toward software‑defined architectures.
To learn more about NXP’s imaging radar portfolio, visit nxp.com/radar.
Based in Hamburg, Germany, Huanyu has many years of experience in the automotive semiconductor industry, having worked in car access and infotainment prior to his current role in radar and V2X. Huanyu is passionate about continuously improving the safety and comfort of cars and achieving "Vision Zero" through the introduction of innovative technologies.