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Wouter van Ooijen
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I teach both PIC (14-bit core) and ARM assembly. The PIC class I tell that once they have mastered the uglyness of that architecture they can take on anything else. The ARM (not the Thumb/Cortex!) is a very nice architecture to learn assembly. We use an LPC2148 board.


2019-12-29 update

I switched to Cortex, first to the LPC1114/820, later to the Arduino Due. The Arduino Due is cheap (from China), powerfull, can be used with C, C++, Assembler (and if you want Python), and if you realy want that you can use it with the Arduino IDE. I prefer my own build system and a free choice of an editor/IDE.

I teach both PIC (14-bit core) and ARM assembly. The PIC class I tell that once they have mastered the uglyness of that architecture they can take on anything else. The ARM (not the Thumb/Cortex!) is a very nice architecture to learn assembly. We use an LPC2148 board.

I teach both PIC (14-bit core) and ARM assembly. The PIC class I tell that once they have mastered the uglyness of that architecture they can take on anything else. The ARM (not the Thumb/Cortex!) is a very nice architecture to learn assembly. We use an LPC2148 board.


2019-12-29 update

I switched to Cortex, first to the LPC1114/820, later to the Arduino Due. The Arduino Due is cheap (from China), powerfull, can be used with C, C++, Assembler (and if you want Python), and if you realy want that you can use it with the Arduino IDE. I prefer my own build system and a free choice of an editor/IDE.

Source Link
Wouter van Ooijen
  • 48.8k
  • 1
  • 65
  • 140

I teach both PIC (14-bit core) and ARM assembly. The PIC class I tell that once they have mastered the uglyness of that architecture they can take on anything else. The ARM (not the Thumb/Cortex!) is a very nice architecture to learn assembly. We use an LPC2148 board.