Getting Started with S32E288-975EVB

Last Modified: Apr 20, 2025Supports S32E288-975EVB Evaluation Board

Contents of this document

  • 1

    Out of the Box
  • 2

    Get Software
  • 3

    Build, Run

1. Out of the Box

NXP S32E288-975EVB evaluation board 12 V power supply with universal adapters Board standoffs

1.1 Get to Know the Hardware

The S32E288-975EVB provides a platform for evaluation and development of S32E2 high-performance real-time automotive processors, facilitating hardware and software development and providing robust debug capabilities. NXP provides Real Time Drivers (RTD) to be installed on top of the S32 Design Studio IDE, which the RTD consists of example software applications for various features and peripherals of the EVB.

S32E288-975EVB Callouts

S32E288-975EVB Callouts

1.2 Block Diagram Features

S32E288-975EVB Evaluation Board

S32E288-975EVB Evaluation Board

1.3 Board Features

  • USB to UART interface
  • 2 x RCON Controller for custom boot settings
  • 1 Kb EEPROM
  • JTAG debug connector
  • Quad flash
  • 1 x 5 Mbit/S CAN-FD and 2 x 8 Mbit/S CAN-FD interfaces
  • 1 x Micro-SD card socket
  • 512 Mb + 64 Mb flash
  • LPDDR4 flash
  • BMS, Aurora Trace, Zipwire connectors
  • Automotive ethernet and LIN
  • 2 x Motor Controll Connectors
  • User LEDs
  • Option to connect to the S32X-MB motherboard to extend I/O capabilities

1.4 Software Preparation

  • S32 Design Studio IDE
  • S32ZE Real Time Drivers Version 2.x.x
  • FTDI VCP driver (required if the user wants to use UART interface)

2. Get Software

2.1 Download S32 Design Studio

Download and install the S32 Design Studio for S32 Platform.

Download S32 Design Studio IDE

2.2 Install the Real Time Drivers (RTD)

Download the S32ZE Real Time Drivers Version 2.x.x updatesite.zip. Open the S32 Design Studio. Go to Help →S32DS Extensions and Updates →Add Update Sites, and choose the downloaded updatesite.zip.

GS-S32E288-975EVB-IMG3_2_1

GS-S32E288-975EVB-IMG3_2_1
Find and select the two S32ZE Real-Time Drivers options from the list on the S32DS Extensions and Updates window, and click Install/Update.

GS-S32E288-975EVB-IMG3_2_2

GS-S32E288-975EVB-IMG3_2_2

3. Build, Run

3.1 Running an Example Application

  1. Open the S32 Design Studio 3.6.x or above
  2. Go to File → New → S32DS Project from Example
  3. GS-S32E288-975EVB-IMG4_2

    GS-S32E288-975EVB-IMG4_2
  4. Select from Dio Examples the "Dio_Example_S32E2XX_R52"
  5. GS-S32E288-975EVB-IMG4_3

    GS-S32E288-975EVB-IMG4_3
  6. Double click the example_Dio.mex file from the Project Explorer, click Update Code → OK
  7. GS-S32E288-975EVB-IMG4_4

    GS-S32E288-975EVB-IMG4_4
  8. Click on the S32DS C/C++ icon, select the project and click the Build icon
  9. GS-S32E288-975EVB-IMG4_5

    GS-S32E288-975EVB-IMG4_5
  10. Connect the EVB to the 12V power supply. Connect the S32 Debug Probe to the PC via USB, and connect the JTAG cable between the EVB and the S32 Debug Probe. Turn on the EVB using SW1
  11. Click on the Run → Debug Configurations
  12. GS-S32E288-975EVB-IMG4_7

    GS-S32E288-975EVB-IMG4_7
  13. Choose the Dio_Example_S32E2XX_R52 project and click Debug
  14. GS-S32E288-975EVB-IMG4_8

    GS-S32E288-975EVB-IMG4_8
  15. Resume the code and watch D12 on the EVB to start blinking. By default the main.c is configured to let D12 blink for 10 times
  16. GS-S32E288-975EVB-IMG4_9_1

    GS-S32E288-975EVB-IMG4_9_1

    GS-S32Z280-400EVB-IMG4_10_2

    GS-S32Z280-400EVB-IMG4_10_2

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