If in the USA:
Hack a TI-89 calculator. They are still 68K-based, are unfortunately inescapable bricks tied to mandated Maths curriculum, and have an active hacking community.
I re-learned M68K programming via the Palm Pilot, which has a fun SDK clearly inspired by the Classic Macintosh.
I would say that ARM programming can be as fun as 68K, so perhaps a Raspberry Pi to start. You can get closer to the glory days with ARM-M Arduino-like toys such as the Teensy.
I haven’t done any assembly-level Arduino programming, so I don’t know what that feels like versus 68K. Lots of microcontrollers grew upwards out of the then-popular 8051, which does not feel the same to me.
I got started on the Motorola 6809 CPU and the TRS-80 Color Computer. You could almost call it an 8-bit precursor to the M68K, it is limited but very nice design.
If in the USA: Hack a TI-89 calculator. They are still 68K-based, are unfortunately inescapable bricks tied to mandated Maths curriculum, and have an active hacking community.
I re-learned M68K programming via the Palm Pilot, which has a fun SDK clearly inspired by the Classic Macintosh.
I would say that ARM programming can be as fun as 68K, so perhaps a Raspberry Pi to start. You can get closer to the glory days with ARM-M Arduino-like toys such as the Teensy.
I haven’t done any assembly-level Arduino programming, so I don’t know what that feels like versus 68K. Lots of microcontrollers grew upwards out of the then-popular 8051, which does not feel the same to me.
I got started on the Motorola 6809 CPU and the TRS-80 Color Computer. You could almost call it an 8-bit precursor to the M68K, it is limited but very nice design.