raspberry pi custom how to emulator portable

The Front Panel PCB contains mainly the screen and buttons, it has mounting holes for adding the Battery Holder PCB and Screen holder.

IP5306 setup is used, for charging, there's a USB Type C Port and also one for discharging.Īfter getting the rough Idea of the shape for both the Front and back PCB, I designed two separate boards, Front Panel and Battery Holder PCB. 'Battery Holder PCB' is the second board that holds the main power source of this whole device, two Li-ion cells. It also contains the Raspberry Pi Header Pin socket which is mounted on the bottom side of the board. 'Front Panel PCB' as its name suggests is the front part of the console, It holds the screen in its place and has 13 SMD Buttons. This Project utilizes two separate boards so there are a total of two schematics used in this project. I used fusion360 to make this design, there are a total of four parts that we need to 3D Print which are the Controller Grip which consists of left and right pairs, the second part is the screen holder we need to print 2 units.Īs for print settings, I have used a 0.4mm Nozzle at 0.2mm layer height and 25% infill. The Battery Holder PCB is connected to the Front Panel through three 25mm Long PCB Standoffs. It also holds two 3D Printed Hand Grips that increase its size and enhance the holding experience significantly.Īs for the Power, there's a second PCB dedicated to Cells and their charge management circuitry. This Version is a special one, instead of 3D Printing the whole body, PCBs have been used for the overall construction.įront Panel Has SMD Buttons on TOP Side and Raspberry Pi on BOTTOM Side, Screen is also attached to the front Panel through two screen holders from the BOTTOM side of the board.

4-inch PAL Display (salvaged from CAR MONITOR).

Custom PCB (which was provided by PCBWAY).

This version is also thick as it consists of two boards stacked together, we can add cells and everything later in a single board, this needs further refinement in this case but for now, it's working and the SMD Buttons feel a lot better than previously used tactile buttons.įollowing are the stuff used in this built. Its previous version was great but it had a battery issue, there wasn't much space inside the 3D Printed body and by increasing the thickness we could accommodate more cells but it would also increase its size. This is currently the Fifth Iteration of the PALPi Game Console System. Raspberry Pi Zero W is being used here with a custom PCB that has SMD Buttons on the front side and a battery on the back. The brain of this project is the RECALBOX OS, an Opensource Game Console OS based on Retro Arch.

So this is PALPi which is a Raspberry Pi Zero W Based Handheld Retro Game Console that can run pretty much every retro game, from SNES to PS1.

Raspberry pi custom how to emulator portable