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NXP Model-Based Design Toolbox (MBDT) for S32Z/E Series Quick Start Guide

Installation and configuration guide for NXP's Model-Based Design Toolbox for S32Z/E processors, enabling automatic code generation using MATLAB and Simulink.

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Overview

This quick start guide provides comprehensive instructions for the installation, licensing, and configuration of the Model-Based Design Toolbox (MBDT) version 1.3.0 for NXP S32Z and S32E series processors. The toolbox facilitates automatic C code generation from MATLAB, Simulink, and Stateflow models using Simulink Coder and Embedded Coder. Supported targets include eight ARM Cortex-R52 cores (across two clusters) and the CEVA SPF2 core. The document details both online and offline installation procedures through MATLAB Add-ons, license generation and activation, and the configuration of external toolchain dependencies including GCC and CEVA compilers. Additionally, it outlines steps for running multicore examples and basic 'Hello World' models to verify the development environment setup.

Use Cases

  • Automotive control system development
  • Real-time embedded software prototyping
  • Multicore application deployment on S32Z/E processors
  • Automated C code generation from Simulink models

Topics

NXP S32Z27x
NXP S32E27x
S32ZE2xx
Model-Based Design Toolbox
MBDT
MATLAB
Simulink
Embedded Coder
ARM Cortex-R52
CEVA SPF2
Automatic Code Generation

Referenced Parts

S32E27x

NXP Semiconductors

The examples delivered by the toolbox are targeting the S32Z27x and S32E27x processors of the S32ZE family.

S32Z27x

NXP Semiconductors

The examples delivered by the toolbox are targeting the S32Z27x and S32E27x processors of the S32ZE family.

S32ZE2xx

NXP Semiconductors

No compatible target currently available for NXP S32ZE2xx. Creating one...

S32

NXP

NXP S32 Design Studio GCC (S32ZE) toolchain is already registered ...

S32ZE2xx.

NXP

No compatible target currently available for NXP S32ZE2xx. Creating