[WIP] Wii U Gamepad build
Posted: Tue Mar 07, 2017 2:30 pm
Starting note: I'll properly format and link things when I get home from work.
I accidentally stumbled on banokazooie's Wii U pad build whilst planning a handheld for streaming games. I realise a lot of people are doing this, but it's the perfect premade case for a project like this.
I don't have the funds for this project yet, but I am definitely going to build it and definitely going to finish it.
I guess I'll use this thread as a build log, and a place I can learn and improve ideas and skills.
The whole thing has me facinated and I can't wait to start it.
Let's start with that I have so far.
We'll start with the inner workings:
I'll have a micro USB coming from the bottom, next to a female hdmi port for external use(more on that later)
The Micro USB board with battery protection is wired directly into a Adafruit Powerboost 1000C.
The Powerboost will have a lipo battery connected to its set port.
Then the Powerboost will output to an Internal HDMI screen.
The battery indicators will be wired to the power posts charging lights.
I need help with the audio setup as that baffles me currently.
The button setup will be exactly the same as Banjokazooies, all being well.
Analog sticks to custom adapters with buttons all connected to a teensy.
Now, here's the territory I'm stuck in. With limited to no funds it's hard to plan for this part.
I want to incorporate a HDMI Switch that will hopefully be controlled via the 'TV control' button on the pad, and it will switch between the internal screen and the external output.
The parts I need more help with here are..in my head I want to be able to control wether the tv is on or off when the switch is set to...let's call it the '1st position'. This then allows the screen to be on only when there is input enabled.
Then when in '2nd position' the screen it's off and it lowers the battery usage and maybe allows it to charge.
This is mainly because I've read the Powerboost outputs a limited amount to both the battery and the internals, thus now allowing to charge..just slowing the discharge of the battery. I'm hoping that in turning the screen off, this allows the battery to actually begin to charge properly
This will be made along side custom dock that will have a hdmi and micro USB sticking upright, which will connect the downward facing equivalent in the bottom of the pad.
Suggestions and opinions are welcome. And don't forget to ELI5. I' s never ventured this far into pi and electronics territory.
I accidentally stumbled on banokazooie's Wii U pad build whilst planning a handheld for streaming games. I realise a lot of people are doing this, but it's the perfect premade case for a project like this.
I don't have the funds for this project yet, but I am definitely going to build it and definitely going to finish it.
I guess I'll use this thread as a build log, and a place I can learn and improve ideas and skills.
The whole thing has me facinated and I can't wait to start it.
Let's start with that I have so far.
We'll start with the inner workings:
I'll have a micro USB coming from the bottom, next to a female hdmi port for external use(more on that later)
The Micro USB board with battery protection is wired directly into a Adafruit Powerboost 1000C.
The Powerboost will have a lipo battery connected to its set port.
Then the Powerboost will output to an Internal HDMI screen.
The battery indicators will be wired to the power posts charging lights.
I need help with the audio setup as that baffles me currently.
The button setup will be exactly the same as Banjokazooies, all being well.
Analog sticks to custom adapters with buttons all connected to a teensy.
Now, here's the territory I'm stuck in. With limited to no funds it's hard to plan for this part.
I want to incorporate a HDMI Switch that will hopefully be controlled via the 'TV control' button on the pad, and it will switch between the internal screen and the external output.
The parts I need more help with here are..in my head I want to be able to control wether the tv is on or off when the switch is set to...let's call it the '1st position'. This then allows the screen to be on only when there is input enabled.
Then when in '2nd position' the screen it's off and it lowers the battery usage and maybe allows it to charge.
This is mainly because I've read the Powerboost outputs a limited amount to both the battery and the internals, thus now allowing to charge..just slowing the discharge of the battery. I'm hoping that in turning the screen off, this allows the battery to actually begin to charge properly
This will be made along side custom dock that will have a hdmi and micro USB sticking upright, which will connect the downward facing equivalent in the bottom of the pad.
Suggestions and opinions are welcome. And don't forget to ELI5. I' s never ventured this far into pi and electronics territory.