Application Brief: Automotive Radar Processors
Read about our functional safety concept for HV battery electric vehicles in this whitepaper.
S32 Radar Microcontrollers
Highly-integrated Power Architecture®-based microcontrollers for scalable automotive and industrial radar applications. Safe and secure family driving the digitalization of radar and sensor data fusion.
-
From low-end single chip to high-end
-
Ensuring hardware and software reuse
-
Great performance per power
-
Latest radar processing features
Products
S32R294 Radar Microcontroller New
32-Bit e200z7 Core
Designed for cost-effective NCAP safety corner, front and advanced corner radar applications for blind spot detection and cross traffic alerts.
S32R26/7 Radar Microcontroller
32-Bit e200z4 and e200z7 Cores
Designed for safety-critical low- to high-range radar applications, including collision avoidance, lane change assist (LCA) and autonomous emergency braking (AEB).
S32R37 Radar Microcontroller
32-Bit e200z7 Core
Designed for low- to mid-range radar applications, including side-looking and surround sensors, lane change assist (LCA) and lance keeping assist (LKA), blind spot detection (BSD) and rear-traffic-crossing alert (RTCA).
Design Resources
End-to-end reference design kit engineered for high-performance automotive radar.
Evaluation systems for S32R264, S32R274 and S32R372 targeting automotive radar.
S32R372 evaluation board targeting automotive radar.
Learn about the global radar market and how the RDKS32R274 can impact your product development cycle.
Discover the features of NXP's rSDK and learn to integrate them into your software.
Get a deep dive into the S32R family and radar processing road map.
Complete Radar System Solution
Watch how NXP´s leading radar solutions enable a wide range of automotive safety applications, including adaptive cruise control (ACC), autonomous emergency braking (AEB), blind spot detection (BSD) and lane change assist (LCA).