I’m designing a 3D-printed shell similar to a Gameboy Advance for it, and plan on designing a PCB board as well. I’m going to/am using Fusion 360 to design the shell and PCB.
My goal is to have the Arduboy Advance FX require as little modifications as possible when it comes to loading games. I’m hoping this project will be helpful to others. If/when I get this working, I plan on making a tutorial and provide the 3D print files.
If you have any input, feel free to share. This is a learning experience for me, and I appreciate any and all information.
Depends on the power source and display you’d use both will do. Get the 5V version the ‘3V’ is too slow
That display uses 4-bit gray display controller and I’m not sure it works with the current Homemade package display setup. If a 2.42" size display would do to I recommend that as those use SSD1309 display controllers. In combination with the itsy bitsy you can make an near full compatible arduboy and play existing games by applying the display patch option.
Yeah, I saw that when doing my search! I just thought it would be neat to make a 3D printed one, since I can customize it to fit the parts and not have holes or buttons that don’t do anything.
EDIT: I had a Gameboy Advance a while back, but got rid of it because I already had a device that could play those games. It felt silly to have multiple devices that can play the exact same games. I’m also in a “Less is more” sort of mindset at the moment. I’m going to keep my Arduboy FX so I can test and make sure any games I make work with it.
I also had a Gameboy Advance SP growing up, but never had that many games for it, nor was I that good at them.
However, the 3V version runs at 8MHz, so may be slow or cause timing problems with some sketches. (The 5V ItsyBitsy runs at 16MHz, the same as the Arduboy.)
Thanks for the info! I’m getting the 5V because that’s what the display takes.
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Ard_Flamingo
(i need to finish my math homework)
12
I’d say go with the 5V. Everyone told me to use the 5V version-and I saw everyone else using it, too. Like @MLXXXp said, it has a higher clock speed, so keep that in mind.
You can power it with 3.7V (from my testing) just fine though.