Tech Sessions
Explore these sessions to learn about how we enable radar sensor applications for 360 degrees sensing in high resolution. Start today and plan your training journey taking courses at your own pace.
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Imaging Radar
Products
S32R45: S32R Radar MPU – High Performance for Imaging Radar
- Focused on advanced high resolution long-range front or rear radar sensors.
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S32R294 Radar Microcontroller
- Enables customers to build scalable, safe and secure automotive RADAR systems dedicated to corner and front radar applications.
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S32R41
- Features Arm® Cortex®-A53 and Cortex-M7 cores which are combined with dedicated radar processing accelerators to create an optimal radar processing chain.
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TEF82xx: Fully Integrated 77 GHz RFCMOS Automotive Radar Transceiver
- TEF82xx is an ISO26262 compliant device targeting ASIL Level B, which is optimized for fast chirp modulation and is fully compatible with NXP S32R29x and S32R45x radar microcontrollers.
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SAF85xx: High Performance 77GHz RFCMOS Automotive Radar One-Chip SoC
- The SAF85xx RFCMOS automotive radar System-on-Chip (SoC) is a high performance one-chip for automotive FMCW radar application, which is optimized for fast chip modulation.
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Design Resources
S32R41 and TEF82xx Development Platform
- The S32R41 and TEF82xx development platform is designed for enabling users to start radar development quickly and easily.
S32R294 Radar Application Development Board
- The S32R29 radar application development board (RADB) is intended to provide a flexible development platform for the automotive radar product based on NXP radar microprocessor S32R29.
Pluto Sensor - Radar Reference Design
- The Pluto radar reference design enables customers to evaluate corner and front radar applications.
S32R45 Evaluation Board
- The S32R45 Evaluation Board S32R45-PROC supports the development of high-performance 77GHz radar applications targeted for automotive use cases.
Premium Radar SDK
- Premium Radar SDK is a proprietary software solution, providing developers with a set of advanced radar processing algorithms optimally implemented for running on NXP radar chipsets, to accomplish demanding radar processing tasks.
PurpleBox Reference Design for Distributed Radar Architectures
- The PurpleBox is a reference design for distributed radar sensor architectures designed to aggregate and process data from four corner radar sensors at once.
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