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I've been wanting to do this project for a long time, but have never had the time or money to do it until now. I've seen a number of people put Raspberry Pis into a Wii U Gamepad, but I have only found two examples of someone putting a Wii into a Wii U Gamepad (You can check out the posts here and here). Unfortunately, the former post used a 3D printed enclosure mounted to the back of the Gamepad to hold the batteries, and the latter post has been inactive and looks as though the build was never completed. My goal with this project is to make a functioning portable Wii inside the Wii U Gamepad without adding any bulk to the original shell. So, without further adieu, here is my plan for each of the components of my planned Wii portable:
Display
Currently I am debating on whether to use a 6.2" or 6.5" display for this build. The 6.2" display would likely be a little small, but it would fit easily in the mounting area for the screen in the Gamepad. The 6.5" display, however, i'm not sure will be able to fit without modifications to the case. If you have any thoughts on what size display to get, let me know.
For the display I have decided to go with the 6.5" display with controller board linked below because it is cheap and has the smallest controller board I could find. This is important as my build is going to be very tight. Unfortunately, I will have to cut off the left and right sides of the display bracket in the gamepad because, as quoted by Stitches,
6.5" VGA AV LCD Display with Controller Board AT065TN14 800X480 LCD Screen ($58.30)
Controls
For the controls, I will be using the original Wii U Gamepad buttons. In order to get them to be recognized as a Gamecube controller (and later modded to emulate a Wii remote), I have purchased two of these breakout boards ($12.60). This will easily allow me to wire up each button to the GC+ 2.0 ($18.99). Next, I will desolder the joystick connectors from the Gamepad motherboard in order to more easily wire them to the GC+ 2.0. Additionally, I am going to try to utilize the power, home, and TV buttons on the gamepad as well. I am going to try to use the original board and wire up power to use as the power switch, home as reset (or home if I can figure out how to do that), and the TV button to turn on and off the display. Looking at the PCB, however, this looks like it will be very difficult, so I will either need help figuring out how to wire up those buttons as well as the LEDs, or I will go for this solution, which is a custom PCB with breakout headers ($10.90). The only problem with that is I believe I will have to source and solder all the small components for it myself.
Power
For power, I plan on using the RVL-PMS-LITE ($74.99) as it integrates seamlessly with the RVLoader software and provides all the functionality I need in a very small form factor. The only downside is that it is really freaking expensive. Additionally, I will also be using the PMS-PD 2 ($23.99) board to go along with the PMS-LITE is order to take advantage of USB-C charging as well as an internal USB port.
Cooling
To be honest, I have no idea what I'm going to do to cool the system. I have a few fans lying around that i'll try to use, and i'll probably use some sort of copper thermal pad as well. I'll add more to this and the other sections as the build progresses
Audio
For audio I was originally going to go for a cheap amp from China, but I realized that those don't support analog volume control, which I need to have in order to wire up the Gamepad's slide potentiometer. Due to this, I decided to purchase the U-AMP 2 from 4-Layer Tech as it will integrate seamlessly with my other components as well as the RVLoader software and it has analog volume support
Total Cost: ~$211.96 (not including cost of Wii, wires, soldering iron, etc.)
That's all for now! I currently am waiting for my Wii to arrive in a few days as my other ones no longer work for some reason. I have the Gamepad and have disassembled it already, so the next step will be softmodding my Wii when it gets here and then cutting it to size.
Display
For the display I have decided to go with the 6.5" display with controller board linked below because it is cheap and has the smallest controller board I could find. This is important as my build is going to be very tight. Unfortunately, I will have to cut off the left and right sides of the display bracket in the gamepad because, as quoted by Stitches,
and the display size is 155.2mm x 89.4mm.The gamepad's LCD cavirty is 152mm x 94mm
6.5" VGA AV LCD Display with Controller Board AT065TN14 800X480 LCD Screen ($58.30)
Controls
For the controls, I will be using the original Wii U Gamepad buttons. In order to get them to be recognized as a Gamecube controller (and later modded to emulate a Wii remote), I have purchased two of these breakout boards ($12.60). This will easily allow me to wire up each button to the GC+ 2.0 ($18.99). Next, I will desolder the joystick connectors from the Gamepad motherboard in order to more easily wire them to the GC+ 2.0. Additionally, I am going to try to utilize the power, home, and TV buttons on the gamepad as well. I am going to try to use the original board and wire up power to use as the power switch, home as reset (or home if I can figure out how to do that), and the TV button to turn on and off the display. Looking at the PCB, however, this looks like it will be very difficult, so I will either need help figuring out how to wire up those buttons as well as the LEDs, or I will go for this solution, which is a custom PCB with breakout headers ($10.90). The only problem with that is I believe I will have to source and solder all the small components for it myself.
Power
For power, I plan on using the RVL-PMS-LITE ($74.99) as it integrates seamlessly with the RVLoader software and provides all the functionality I need in a very small form factor. The only downside is that it is really freaking expensive. Additionally, I will also be using the PMS-PD 2 ($23.99) board to go along with the PMS-LITE is order to take advantage of USB-C charging as well as an internal USB port.
Cooling
To be honest, I have no idea what I'm going to do to cool the system. I have a few fans lying around that i'll try to use, and i'll probably use some sort of copper thermal pad as well. I'll add more to this and the other sections as the build progresses
Audio
For audio I was originally going to go for a cheap amp from China, but I realized that those don't support analog volume control, which I need to have in order to wire up the Gamepad's slide potentiometer. Due to this, I decided to purchase the U-AMP 2 from 4-Layer Tech as it will integrate seamlessly with my other components as well as the RVLoader software and it has analog volume support
Total Cost: ~$211.96 (not including cost of Wii, wires, soldering iron, etc.)
That's all for now! I currently am waiting for my Wii to arrive in a few days as my other ones no longer work for some reason. I have the Gamepad and have disassembled it already, so the next step will be softmodding my Wii when it gets here and then cutting it to size.
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