Yes, it should be able to do what you require
That depends entirely on your skill as a PCB designer! 8)
Wavecom’s stated intention when they introduced the IESM concept (before the SiWi takeover) was that it should be an “open” interface, and customers should be able to create their own boards…
See: Fastrack Supreme?
You would have to contact your Distributor or FAE.
You can certainly get DXFs showning the outline, connector positions, and “keep out” areas.
In that case, it may be better to just use the standard IESM and have it control your external kit via SPI or I2C…
It’s in the ADL User Guide - should be plenty for what you’ve described!
Do you mean “non-volatile”? If so, yes!
Which “it” are we talking about here? Both the application & the non-volatile memory can be updated.
No (unless you add it externally)
Open-AT uses native, compiled code.
The nature of the “framework” means that you can’t do really quick IO - but it’s fine for many applications
Yes, that should be fine