Hello,
Thank you for your question.
Unfortunately we do not have any specific examples for the NXPS32K148, but if you intend on implementing your solution with a low power MCU I would suggest looking at the following application notes which concern building an EVE library. The first application note covers how the low level transfers are structured between and MCU (in this example a PIC) and the EVE IC. The second covers how to create an EVE Library to interface to the MCU. And finally the last one covers some EVE examples for PIC MCUs, :
FT81X Simple PIC ExampleFT81X Creating a Simple Library For PIC MCUFT81X Simple PIC Library ExamplesThese application notes cover how to configure a display, but please take note of the specific display settings your module utilises.
The principals described in these Applications Notes can be used to implement solutions for a wide variety of MCUs, and give a better understating of how EVE functions on a low level.
We are currently finalising another application note based upon BRT_AN_014 above which expands this to a variety of other MCU platforms, I would advise utilising this library for porting to the NXPS32K148. I have uploaded the draft versions of this application note to WeTansfer (we are currently migrating our FTP site), please see the following link:
https://we.tl/t-75ILJqCMMcAs for HMI creation with these libraries you can use the EVE Screen Editor (ESE) to lay out static screens and create Display Lists but this does not create code for the logic of moving between screens. EVE Asset Builder (EAB) is also available to convert any graphics assets (fonts, images, etc) your require into an EVE readable format. These can be found at the following:
https://brtchip.com/eve-toolchains/Best Regards,
FTDI Community