NXP IMX95LP5EVK-19

This article describes specifics for the NXP IMX95LP5EVK-19 evaluation board.

Preparing for J-Link

To enable A55_0, M33 and M7 cores, device should contain a valid boot media, for example SD card. To be able to load and debug Embedded Studio projects some of the boot images replaced with an infinite loop code. It is made only for demonstaration purpuses and should not be considered as a development guide.

• Write one of the following boot images on the SD card skipping first 32KB:
• Revision A0:

File:imx95 flash a0.bin

• Revision B0:

File:imx95 flash b0.bin
For example:

dd if=imx95_flash_a0.bin of=/dev/sdb bs=1k seek=32; sync

• Insert SD card in the card slot
• According to the board manual set boot from SD card (Cortex-A boot)
• Connect the J-Link to JTAG connector (J30).
• Power the board via 12V Power jack (J5).
• Turn on the power switch (SW4).
• Verify the Connection with e.g. J-Link Commander. The output should look as follows:

Cortex-A55 Core

Cortex-M33 Core

Cortex-M7 Core

Example Project

The following example project was created with the SEGGER Embedded Studio project wizard and runs out-of-the-box on the NXP IMX95LP5EVK-19.
It is a simple Hello World sample linked into RAM.

SETUP

• Embedded Studio: V8.24
• Hardware: NXP IMX95LP5EVK-19
• Link: File:NXP IMX95LP5EVK-19 A55 0 TestProject ES V824.zip
• Link: File:NXP IMX95LP5EVK-19 M33 TestProject ES V824.zip
• Link: File:NXP IMX95LP5EVK-19 M7 TestProject ES V824.zip