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The S32R family provides safe and secure radar processing, combining functional safety, hardware security, high-performance real-time processing and dedicated radar processing acceleration. The NXP radar portfolio provides scalable solutions for use cases including corner radar, front radar and 4D imaging radar.
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Product | Application Processing | Real-Time Processing | Memory |
---|---|---|---|
S32R45 | 4 x Arm® Cortex®-A53 @ 800MHz | 3 x Lockstep Arm Cortex-M7 @ 400MHz | 8MB SRAM + LPDDR4 + EXT FLASH |
S32R41 | 1 x Arm Cortex-A53 @ 800MHz | 2 x Lockstep Arm Cortex-M7 @ 400MHz | 8MB SRAM + EXT FLASH |
Product | Application Processing | Real-Time Processing | Memory |
---|---|---|---|
S32R294: Radar Microcontroller | 2 x Power PC® Z7 @ 500 MHz | 1 x Lockstep Power PC Z4 @ 250 MHz | 5.5 MB SRAM - 2 MB FLASH |
S32R26: Microcontroller for High-Performance Radar | 2 x Power PC Z7 @ 240 MHz | 1 x Lockstep Power PC Z4 @ 120 MHz | 1.5 MB SRAM - 2 MB FLASH |
S32R27: Microcontroller for High-Performance Radar | 2 x Power PC Z7 @ 240 MHz | 1 x Lockstep Power PC Z4 @ 120 MHz | 1.5 MB SRAM - 2 MB FLASH |
S32R37: Microcontrollers for Optimized Radar | 2 x Power PC Z7 @ 240MHz | - | 1 MB SRAM - 1.2 MB FLASH |
Presented at AutoSens Brüssels, hear about two recent radar innovations that can be highlighted as key enablers: 4D Imaging Radar and 28 nm RCMOS one-chip radar SoC.
Premium Radar SDK is a proprietary software solution, providing developers with a set of advanced radar processing algorithms.
Flexible development platform for the automotive radar product based on NXP radar microprocessor S32R29.
Supports the development of 77 GHz radar applications such as cascaded imaging radar, adaptive cruise control and autonomous emergency braking.
Supports the development of 77 GHz radar applications such as high-resolution corner and front radar applications.
Supports the development of 77 GHz radar application and evaluation of the SAF85xx one-chip radar SoC.
The S32R294 RADB is a flexible development platform for automotive radar products based on S32R294 and supports up to two TEF82XX radar transceivers.
Learn about the radar-to-radar interference challenge and how to address it.
Sign in to read the white paperSuperfine resolution radar mapping proves a compelling, cost-effective alternative to Lidar.
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