Cube64-DX - Ameliored GC controller to N64 adapter.

They're using an Atmega8. It wouldn't be out of the realm of possibility to port the code but it might be easier to do it from the ground up using Cube64-DX as a knowledge base. They have the schematic up and it has some slight differences as well as the addition of a buzzer for what I'm not sure.

 

theyve got alot of other controller project boards as well so i can only assume its their own solution, bar maybe gleaning bits of information as far as sensitivity etc goes

 

A couple people were discussing it in #gc-forever on EFNet last night. It would seem the project is original.

 

Hey, reviving old thread here!

I saw on your googlecode page that you ported your code on the 18F14K22. How's that going? Is it at the same level as the code on 12F683? Did you do this to implement that CRC routine you are talking about?

Great project. I will build some for sure. I just don't know if I should go for the 12F or the 18F.

 

Been a long time I didn't touch this, but I do recall the 18F version working just like the 12F one. The move to 18F was to allow real-time CRC calculation but I never actually wrote the code (but it work well in my head )

I would recommend using the 12F683 version since it's smaller and that the 18F don't offer anything beside being experimental


I promise to myself to go back to this project one day but I don't really know when actually, I finished school one year ago and I'm pretty busy with the job and I do like taking it easy when I'm back home

 

Excellent, merci. Au pire, je pourrais y jeter un oeil après avoir révisé mon assembleur PIC. Le but final serait bien sûr d'ajouter le support pour utiliser une carte SD comme memory pak!

Je te comprend, moi aussi je viens de finir l'école et c'est pas mal occupé à la job.

 

Quick question, why are there 2 +3.3v lines with different caps at the top left of the schematic? which one goes to what? is one for the pic or maybe the MAX682?

 

Both are decoupling caps. The 0.1uF is probably for the microcontroller while the 1uF cap is for the boost converter. It's shown this way in the schematic to make it less cluttered. It's a common practice.

 

Thanks,I needed that info to make a surface mounted PCB complete design wise.