Issue with Matter Template Code in nRF Connect SDK v2.6.0 on Custom Board

I'm encountering an issue with the Matter template code in nRF Connect SDK v2.6.0 on my custom board. Strangely, the same code runs perfectly fine on my board when using the example code from the previous SDK version, v2.4.0.

In my debugging, I've observed that the code is not jumping to the application image from the bootloader. It seems to be stuck in the bootloader itself.

Could someone help me understand why this might be happening? Are there any specific changes or configurations required in nRF Connect SDK v2.6.0 that could affect the compatibility with custom boards, particularly regarding bootloader operation?

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  • Thank you for your response.

    I appreciate your suggestions. However, I'd like to provide some additional information. I have not made any changes to the example code provided in the nRF Connect SDK v2.6.0. There have been no configuration alterations or partition changes either. My custom board is based on the nRF52840 chip, and it does not utilize any external flash via SPI or QSPI

    Interestingly, the code runs perfectly fine on the nRF52840 Development Kit (DK). However, on my custom board, it seems to be stuck in the bootloader without transitioning to the application image.

    I hope this additional information helps in diagnosing the issue further.

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  • Thank you for your response.

    I appreciate your suggestions. However, I'd like to provide some additional information. I have not made any changes to the example code provided in the nRF Connect SDK v2.6.0. There have been no configuration alterations or partition changes either. My custom board is based on the nRF52840 chip, and it does not utilize any external flash via SPI or QSPI

    Interestingly, the code runs perfectly fine on the nRF52840 Development Kit (DK). However, on my custom board, it seems to be stuck in the bootloader without transitioning to the application image.

    I hope this additional information helps in diagnosing the issue further.

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