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Training
Driving Automation and Radar Training Academy

Driving Automation and Radar Training Academy

Advanced driver assistance systems (ADAS) that sense, think and act will provide the safe and increasingly autonomous experiences of the future. Explore these sessions to learn about how we meet the intense computation performance needs of automated applications and new radar requirements.

High-Performance Compute
Imaging Radar
Radar
Products
Design Resources

Featured Sessions

How Imaging Radar Enhances ADAS and Automated Driving Capabilities

35 min English

Hear from industry expert analyst, Junko Yoshida, as she explores along with renowned industry leaders how imaging radar can scale from L2+ and beyond and what is required to deliver new levels of safety.

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How Imaging Radar Enhances ADAS and Automated Driving Capabilities link

Computational Enhancement is Key to Imaging Radar Mass Deployment New

26 min English

This presentation adresses the challenges faced by automotive radar and elaborates further why computational enhancement is key to mass deployment of the imaging radar technology and how NXP contributes to this development.

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Computational Enhancement is Key to Imaging Radar Mass Deployment link

Tech Sessions

Explore these sessions to learn about automotive high-performance compute systems and radar for 360 degrees sensing in high resolution. Start today and plan your training journey taking courses at your own pace.

Automotive High-Performance Compute
- Learn About the Sensor Data Storage Capabilities in the LX2 Processors New
  - 10 min
  - English
- Explore the Technology Capabilities of the BlueBox 3.0 with Use Case Example Demonstration New
  - 19 min
  - English
- BlueBox 3.0: Introduction of the New Development Platform for Safe Automotive High-Performance Compute
  - 25 min
  - English

- BlueBox Software Development Kit – Architecture and Use
  - 1:40 hr
  - English
- Introduction to Automotive Layerscape for High-Performance Computing
  - 30 min
  - English
- Unleashing Performance: Demonstration of Performance and Networking Capabilities of BlueBox 3.0 Including Kalray's MPPA Processor
  - 58 min
  - English

Imaging Radar
- An Introduction to the Imaging Radar Academy
  - 8 min
  - English
- EdgeLock^® Assurance Program and the S32R45 Imaging Radar Processor
  - 32 min
  - English
- Simplifying High Performance Safety Radar Systems with Green Hills INTEGRITY Platform and NXP Radar Processor S32R45
  - 55 min
  - English
- Automotive Imaging Radar Reference Design by smartmicro
  - 22 min
  - English

- How to accelerate S32R45 Radar Applications with Linear Algebra Accelerators
  - 19 min
  - English
- New RSDK for S32R45 with Front-End Support
  - 27 min
  - English
- NXP’s Scalable 4D Imaging Radar Fosters Accelerated Level 2+ Penetration
  - 21 min
  - English
- Designing Production-Ready High-Performance Radar Systems on the NXP S32R45 Processor
  - 19 min
  - English

Radar
- Fast Track Radar Application Development with the Development Kit for S32R294 Radar MCU and TEF82XX Radar MMIC New
  - 30 min
  - English
- Complete Automotive Radar Portfolio Overview
  - 30 min
  - English
- Jumpstart Your Radar System Solutions with Our Dedicated Radar SDK for NXP Processors and MMICs
  - 35 min
  - English

- Next Generation Radar from NXP: Systems Solutions, Enablement and Introduction to Partner smartmicro
  - 36 min
  - English

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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Layerscape^® LX2160A Processor

Combines FinFET process technology's low power and sixteen Arm^® Cortex^®-A72 cores with data path acceleration, security offload, robust traffic management and quality of service.
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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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Design Resources

NXP BlueBox 3.0 Automotive High-Performance Compute (AHPC) Development Platform

Development Board
Development platform series providing required performance, functional safety and automotive reliability for engineers.

S32R294 Radar Application Development Board

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.

S32R29-EVB: Radar MCU Evaluation Board

Development Board
The S32R29 EVB is an evaluation board for the development of automotive radar applications.

Premium Radar SDK

Software
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.

Automotive Training Academies

Extend your training and follow more of our dedicated automotive training academies to architect the car of the future.

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Take a self-guided interactive tour through our latest innovations that anticipate and automate our world.

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