Thank you for the clarification regarding FLEXCOMM and the FC_P0/FC_P1 signal mapping.
Our use case is based on the MCUXpresso SDK example (mimxrt700evk_lpuart_interrupt_cm33_core0) running on the MIMXRT700-EVK. We would like to add an additional UART interface (other than the debug/VCOM UART).
Since there is no dedicated SDK example for a non-debug UART, could you please advise how this should be integrated into the mimxrt700evk_lpuart_interrupt_cm33_core0 example?
Specifically:
Which FLEXCOMM instance would you recommend using with the RT700 EVK connectors?
In the mimxrt700evk_lpuart_interrupt_cm33_core0 project, what software configuration changes are required?
Pin mux configuration
FLEXCOMM/LPUART initialization
Clock configuration
Any board-level initialization changes
Could you provide an example of the required MCUXpresso Config Tools settings for the selected FLEXCOMM instance?
Are there any existing RT700 SDK examples that demonstrate the initialisation of the same FLEXCOMM instance as LPUART that we can use as a reference?
Thank you.