![]() The first image is a female GameCube controller port, looking into it. So the next step is to figure out how your cable is wired. GameCube Controller Extension cable (We're only after the female port side of it, so you could pull this off a dead GameCube or Wii if you have one laying around)Īn unfortunate side effect of cutting up a random extension cable is that the wire colours may not match between brands.If you have something that says it does the same job, theres a very good chance it'll work just fine. Note: The Level shifter, 3.3V regulator, and the 1k Ohm resistor are not particularly precise component selections. GameCube Controller Extension cable (We're only after the female port, so you could pull this off a dead GameCube or Wii if you have one laying around).Unfortunately, I do not have a 3.3V version and so this tutorial will assume that you are using a 5V version. The Arduino Leonardo settings used in this tutorial are for the 5V board only. If you program the 3.3V board with 5V settings, it will be bricked. Note: When you program the Pro Micro in the Arduino IDE, the board and voltage must be set properly otherwise you will brick it. This build is perfectly safe when built properly, but be careful and double check your connections before you plug in the controller. The GameCube controller runs at 3.3V so if you connect 5V to it, you could kill it. ![]() If you buy the 3.3V variant, you can eliminate two parts but I only had the 5V version on hand so I haven't tested the build with the 3.3V variant. There are two versions of the Pro Micro you can buy, a 3.3V version and a 5V version. ![]() There is a relatively short component list needed for this project. After that, the pro micro takes the GameCube controller data and converts it into USB MIDI data packets and sends them to the computer. Then we'll take the 3.3V dataline, pass it through a level shifter to bring it up to the 5V logic that the pro micro uses and get the two of them talking. The high level description of the project is that we'll take a GameCube controller extension cable and chop it up for the female port. Why did I build this? Well, I came across someone on asking if a GameCube controller could be used as a MIDI controller and I thought that it sounded like a fun project. Some possible applications of this could be for chip-tune music creation/performance or controlling various things via MIDI. This is a super straight forward project and could probably be completed in a single night if you had all the parts. No permanent modifications need to be made to the controller at all, so you can keep yours as pristine as possible. This project will walk you through the steps to build an adapter that you can plug a stock GameCube controller into and use as a USB MIDI device.
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