I have other school work that will occupy a lot of my time and it takes a month at least for ordered components to get to me (when they do), so I wont have as much time as I'd like. Get an 8085 and let it do everything from running user code to blinking LEDs on-board.Let the PIC18 serve as a monitor and control everything except running the user code. Basically the PIC18 will emulate an 8085. Get a PIC18 (or some other MCU) and program it to understand and execute all machine code input.I've done a bit of research and thinking and concluded that there are 3 main ways I could do this: There should also be the option of power using cheap batteries, since electricity isnt at all reliable here. A touchscreen would be a nice touch, for input and display. There will also be GPIO (for LEDs and such) on-board as well as some other components (LCDs, seven-segs) you might find on a dev board. Students will also be able to single-step through the code, examine memory and registers, all basic functions of a trainer. The trainer will be used by students and will basically accept machine code entered by students, load these into RAM and run the code. I'd like to build an Intel 8085 trainer for a final year project.
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