Difference between revisions of "NXP S32K3X4EVB"

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(Example Project)
 
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The following example project was created with the SEGGER Embedded Studio project wizard and runs out-of-the-box on the NXP S32K3X4EVB. It is a simple Hello World sample linked into the internal flash. The ECC RAM of the S32K344 is initialized from within the startup code. The project contains a valid boot header so it also run stand-alone (without a debugger attached).<br>
 
The following example project was created with the SEGGER Embedded Studio project wizard and runs out-of-the-box on the NXP S32K3X4EVB. It is a simple Hello World sample linked into the internal flash. The ECC RAM of the S32K344 is initialized from within the startup code. The project contains a valid boot header so it also run stand-alone (without a debugger attached).<br>
 
====SETUP====
 
====SETUP====
*J-Link software: V6.70
+
*J-Link software: V7.70
 
*Embedded Studio: V5.68
 
*Embedded Studio: V5.68
 
*Hardware: NXP S32K3X4EVB
 
*Hardware: NXP S32K3X4EVB

Latest revision as of 13:08, 15 March 2023

This article describes specifics for the NXP S32K3X4EVB evaluation board. It can be used to test & verify S32K344 device support with J-Link.

NXP S32K3X4EVB.jpeg

Minimum requirements

  • J-Link software V6.70 or later

Preparing for J-Link

  • Connect the J-Link to the debug connector (J365)
  • Power the board via external power supply / power jack (VBAT / 12V DC)
  • Verify the Connection with e.g. J-Link Commander. The output should look as follows:

NXP S32K3x4EVB Connect.PNG

Example Project

The following example project was created with the SEGGER Embedded Studio project wizard and runs out-of-the-box on the NXP S32K3X4EVB. It is a simple Hello World sample linked into the internal flash. The ECC RAM of the S32K344 is initialized from within the startup code. The project contains a valid boot header so it also run stand-alone (without a debugger attached).

SETUP