Introduction

Offers Raspberry Pi series and RP2040-PiZero series tutorials.
1.3inch IPS screen with 240×240 resolution, good image quality, bright colors and wide viewing angle.
It supports RetroPie game system and Recalbox game system, with thousands of classic games. As long as the TF card capacity is big enough, you can add your favorite games at will.
On-board PWM audio output speaker and earphone Jack, convenient for listening to the familiar BGM.

Specifications

Working voltage: 3.3V
Communication interface: SPI
Screen type: IPS
Control chip: ST7789
Resolution: 240(H)RGB x 240(V)
Display size: 23.4 (H) x 23.4 (V) (mm)
Pixel size: 0.0975 (H) x 0.0975 (V) (mm)
Product size:65 x 31(mm)

Functional Pins

Functional pins	Board physical pin serial number	BCM coding	Description
5V	2/4	/	5V power supply positive
3.3V	1	/	3.3V power supply positive
GND	6/9/30/34	/	Power supply ground
R	8	14	Key TR
L	16	23	Key TL
X	10	15	Key X
Y	32	12	Key Y
B	38	20	Key B
A	40	21	Key A
Up	29	5	Key Up
Left	36	16	Key Left
Down	31	6	Key Down
Right	33	13	Key Right
Select	35	19	Key Select
Start	37	26	Key Start
DC	22	25	LCD display data/command selection pin
SCLK	23	11	LCD SPI Clock
CS	24	8	LCD enable select pin; enabled low, disabled high
MOSI	19	10	LCD SPI data input
RST	13	27	LCD reset, enabled low
AUDIO	12	18	Audio output

Raspberrypi Tutorial

Pre-installed Image

For beginners, we provide a pre-installed image to help you get started with the module more quickly. After flashing the pre-installed image, simply insert the TF card into your Raspberry Pi, power it up, and you're ready to go.
Official Systems:
Retropie Systems:

Here are the specific configuration steps.

Official Systems

Bookworm system display configuration

Suitable for Rpi4 & Rpi5

Configure SPI Display:
After downloading the system, insert the TF card into your PC，download and copy waveshare13.dtbo to the /boot/overlays/ directory
Edit the config.txt configuration file:

Disable KMS and dual-screen display, as shown in the figure below

Add the following configurations at the end of the file

dtparam=spi=on
dtoverlay=waveshare13
dtoverlay=audremap18
hdmi_force_hotplug=1
max_usb_current=1
hdmi_group=2
hdmi_mode=87
hdmi_cvt 480 480 60 6 0 0 0
hdmi_drive=2
display_hdmi_rotate=0

If you need to use it with a prism, you can change the "display_hdmi_rotate=0" at the end to "display_hdmi_rotate=0x10002"， for details see #Parameter introduction
Set up CLI for automatic login:

sudo raspi-config nonint do_boot_behaviour B2

Note1：Ensure that the Raspberry Pi username is "pi"; otherwise, automatic login will not function properly
Switch to X11:

sudo raspi-config nonint do_wayland W1
sudo reboot

Note2：After setting all the above configurations, the system will take a bit longer to restart each time, and you will also need to wait a moment before you can access it via SSH
Download, compile, and install fbcp:

sudo apt install libraspberrypi-dev -y
sudo apt-get install unzip -y
sudo apt-get install cmake -y
sudo wget https://files.waveshare.com/wiki/GamePi13/Doc/Rpi-fbcp.zip
sudo unzip ./Rpi-fbcp.zip
cd rpi-fbcp/
sudo rm -rf build
sudo mkdir -m 777 ./build
cd build
sudo cmake ..
sudo make
sudo install fbcp /usr/local/bin/fbcp

Set up automatic startup at boot:

Open the .bash_profile file; if there is no .bash_profile file, create one yourself

sudo nano ~/.bash_profile

Add the following code to the bottom of the .bash_profile file

if [ "$(cat /proc/device-tree/model | cut -d ' ' -f 3)" = "5" ]; then
    # rpi 5B configuration
    export FRAMEBUFFER=/dev/fb1
    startx  2> /tmp/xorg_errors
else
    # Non-pi5 configuration
    export FRAMEBUFFER=/dev/fb0
    fbcp &
    startx  2> /tmp/xorg_errors
Fi

The above configuration will take effect after a reboot

sudo reboot

Suitable for all Raspberry Pi models

Operation must be based on the Bookworm-Lite version, 64-bit Lite, 32-bit Lite
Configure SPI Display:
After downloading the system, insert the TF card into your PC，download and copy waveshare13.dtbo to the /boot/overlays/ directory
Edit the config.txt configuration file:

Disable the corresponding command for the figure below

Add the following configurations at the end of the file

dtparam=spi=on
dtoverlay=waveshare13
dtoverlay=audremap18
hdmi_force_hotplug=1
max_usb_current=1
hdmi_group=2
hdmi_mode=87
hdmi_cvt 480 480 60 6 0 0 0
hdmi_drive=2
display_hdmi_rotate=0
arm_freq=1200
core_freq=500
over_voltage=2
gpu_freq=700
force_turbo=1

If you need to use it with a prism, you can change the "display_hdmi_rotate=0" at the end to "display_hdmi_rotate=0x10002"， for details see #Parameter introduction
Download necessary software:

Update the system

sudo apt update && sudo apt upgrade && sudo apt full-upgrade -y

Install xorg services

sudo apt-get install --no-install-recommends xserver-xorg -y
sudo apt-get install --no-install-recommends xinit -y

Install desktop manager

sudo apt install lightdm -y

Install Raspberry Pi official GUI

sudo apt install raspberrypi-ui-mods -y

Install browser (optional)

sudo apt install chromium-browser -y

Install music player (optional)

sudo apt install vlc -y

Install git (optional)

sudo apt install git -y

Download, compile and install fbcp:
Open the Raspberry Pi terminal and execute:

sudo apt install libraspberrypi-dev -y
sudo apt-get install unzip -y
sudo apt-get install cmake -y
sudo wget https://files.waveshare.com/wiki/GamePi13/Doc/Rpi-fbcp.zip
sudo unzip ./Rpi-fbcp.zip
cd rpi-fbcp/
sudo rm -rf build
sudo mkdir -m 777 ./build
cd build
sudo cmake ..
sudo make
sudo install fbcp /usr/local/bin/fbcp

Set up automatic startup at boot:

Open the .bash_profile file; if there is no .bash_profile file, create one yourself

sudo nano ~/.bash_profile

Add the following code to the bottom of the .bash_profile file

if [ "$(cat /proc/device-tree/model | cut -d ' ' -f 3)" = "5" ]; then
    # rpi 5B configuration
    export FRAMEBUFFER=/dev/fb1
    startx  2> /tmp/xorg_errors
else
    # Non-pi5 configuration
    export FRAMEBUFFER=/dev/fb0
    fbcp &
    startx  2> /tmp/xorg_errors
fi

The above configuration will take effect after a reboot

sudo reboot

Set up CLI for automatic login:

sudo raspi-config nonint do_boot_behaviour B2
sudo raspi-config nonint do_wayland W1
sudo reboot

After the restart, the main screen will display normally.
Note1: Ensure that the Raspberry Pi username is "pi"; Otherwise, automatic login will not function properly
Note2：After setting all the above configurations, the system will take a bit longer to restart each time, and you will also need to wait a moment before you can access it via SSH

Bullseye/Buster system display configuration

Configure SPI Display:
Download and copy waveshare13.dtbo to the /boot/overlays/ directory

sudo cp waveshare13.dtbo /boot/overlays/

Edit the config.txt file:
Comment out the corresponding lines as shown in the figure below

Add the following code at the end of config.txt

dtparam=spi=on
dtoverlay=waveshare13
dtoverlay=audremap18
hdmi_force_hotplug=1
max_usb_current=1
hdmi_group=2
hdmi_mode=87
hdmi_cvt 480 480 60 6 0 0 0
hdmi_drive=2
display_hdmi_rotate=0
#arm_freq=1200
#core_freq=500
#over_voltage=2
#gpu_freq=700
#force_turbo=1

If you need to use it with a prism, you can change the "display_hdmi_rotate=0" at the end to "display_hdmi_rotate=0x10002"， for details see #Parameter introduction
Download and run the driver:
Open the Raspberry Pi terminal and execute:

sudo apt-get install unzip -y
sudo apt-get install cmake -y
sudo wget https://files.waveshare.com/wiki/GamePi13/Doc/Rpi-fbcp.zip
sudo unzip ./Rpi-fbcp.zip
cd rpi-fbcp/
sudo mkdir -m 777 ./build
cd build
sudo cmake ..
sudo make -j8
sudo install fbcp /usr/local/bin/fbcp
sudo ./fbcp

Set up automatic startup at boot:

sudo cp ~/rpi-fbcp/build/fbcp /usr/local/bin/fbcp
sudo nano /etc/rc.local

Add fbcp& before exit 0. Be sure to add & to run it in the background; otherwise, the system may not start up properly.

After that, you need to restart the system

sudo reboot

Then, the display should work normally

Audio configuration

1.Download and copy audremap18.dtbo to the /boot/overlays/ directory

sudo cp audremap18.dtbo /boot/overlays/

2.Edit the config.txt configuration file

Add the following configuration at the end of the file

dtoverlay=audremap18

3.Switch audio output

sudo raspi-config

Select System Options --> Audio --> Headphones -->Ok

4.Restart to apply changes

sudo reboot

5.Audio output test

Method one: Test in the command line CLI；

vlc xxx.mp3

If vlc is not installed, then

sudo apt-get install vlc

Method two: Test in the graphical user interface GUI;

Double-click the xxx.mp3 file to open with vlc by default. If vlc is not installed, you will need to install it

sudo apt-get install vlc

Button configuration

Run the button press test Demo

 sudo wget https://files.waveshare.com/wiki/GamePi13/Doc/Button_press_detector.zip
 sudo unzip ./Button_press_detector.zip
 sudo python3 ~/Desktop/button_press_detector.py

Retropie System

Note: This system is not supported on Pi5.

Method one: Use the pre-installed driver image (recommended)

For use with Raspberry Pi Zero/Zero 2W, it is recommended to directly use the #Pre-installed image

Method two: Install the driver

Download the system

1. Connect the TF card to the PC, download, and use Raspberry Pi Imager to flash the corresponding system image.

2. After the image is written, open the config.txt file in the root directory of the TF card, add the following code at the end of config.txt, save it, and safely eject the TF card.

hdmi_force_hotplug=1

3. After the writing is complete, connect the HDMI monitor to the Raspberry Pi, power up the Raspberry Pi, and enter the system. Then press F4 on the keyboard to enter the terminal. (Alternatively, you can log in to the terminal control interface over the network)

Configure WIFI

Enter the terminal and type raspi-config to open the system configuration interface, select System Options -> Wireless LAN

Select the country, here I chose CN China.

Enter the Wi-Fi network name.

Enter the Wi-Fi password and reboot to save the changes.

Run the fbcp porting program

cd ~
wget https://files.waveshare.com/wiki/GamePi13/Doc/Gamepi13_fbcp.zip
unzip Gamepi13_fbcp.zip
cd Gamepi13_fbcp/build
sudo chmod +x *
sudo ./fbcp-ili9341

Wait for a few seconds, and the 1.3 inch screen should display normally

Set the user interface size

Change the LCD display resolution

sudo nano /boot/config.txt

Add the following code

hdmi_force_hotplug=1
hdmi_group=2
hdmi_mode=1
hdmi_mode=87
hdmi_cvt 480 480 60 6 0 0 0
#display_rotate=0
avoid_warnings=1

Reboot to save the changes

sudo reboot

If you need to use it with a prism, you can change "display_rotate=0" to "display_rotate=0x10002", for details see #Parameter introduction

Set up automatic startup at boot

sudo nano /etc/rc.local

Add the following line before exit 0. Be sure to add "&" to run it in the background; otherwise, the system may not start up properly.

sudo /home/pi/fbcp-ili9341/build/fbcp-ili9341 &

Configure the joystick

Open the Raspberry Pi terminal and enter the following command to access the configuration interface

cd RetroPie-Setup/
sudo ./retropie_setup.sh

After installing the driver, edit the mk_arcade_joystick_rpi.conf file

sudo nano /etc/modprobe.d/mk_arcade_joystick_rpi.conf

Comment out the existing lines and add the following joystick configuration to this file

options mk_arcade_joystick_rpi map=5 gpio=5,6,16,13,26,19,21,20,15,12,14,23

After restarting to remap your buttons, the Gamepad will work

Audio Configuration Tutorial

Download audremap18.dtbo to your pi

wget https://files.waveshare.com/wiki/GamePi13/Doc/Audremap18.dtbo
sudo cp Audremap18.dtbo /boot/overlays/

Edit config.txt

sudo nano /boot/config.txt

Add the following code at the end to enable gpio18 as a PWM audio pin

dtoverlay=audremap18，pins_18_19

After restarting, you need to add local audio

Enter sudo raspi-config and select System Options -> Audio -> Headphones

Go to the Retropie menu

Select->Audio->Headphones,and reboot to save the audio function, which will then work properly.

Add games

Since most games have large file sizes, we first need to expand the file system before adding games.

In the Retropie menu interface select RASPI-CONFIG

Select 7 Advanced Options -> A1 Expand Filesystem, press Enter -> Finish. (This process requires a USB keyboard to operate)

Select Ok to restart the system. After the restart, the file system expansion will be complete.

Prepare the corresponding game ROMs.

I recommend a very cool website: http://coolrom.com/
You can download various game ROMs on your PC. For example, if you want to play Sony Playstation games, you can choose to download them from this site.

For example: http://coolrom.com/roms/psx/39719/Tekken_3.php
Click here to download.

Unzip the downloaded files to obtain the following ROMs

Update ROMs

Connect an Ethernet cable to the Raspberry Pi (the Raspberry Pi needs to be on the same local network as your PC). Find SHOW IP under the RetroPie menu and press "A" to view the current Raspberry Pi's IP address. See the figure below:

On your PC, open the corresponding IP address in a web browser. See the figure below:

Simply copy the ROMs to the relevant directory. See the figure below:

After that, in the emulator selection interface, press "Start"->QUIT->RESTART EMULATIONSTATION，and press "A" to confirm. After restarting the emulator, you will see the newly added games.
So, embark on your retro gaming journey!

Parameter introduction

By setting the display_hdmi_rotate parameter in the config.txt file, you can adjust the orientation of the HDMI display, including rotation and flipping.
Here is a detailed explanation of the parameters:

display_hdmi_rotate	result
0	no rotation (default direction)
1	rotate 90 degrees clockwise
2	rotate 180 degrees clockwise
3	rotate 270 degrees clockwise
0x10000	horizontal flip
0x20000	vertical flip

You can also combine settings to achieve more complex effects. For example:

180-degree rotation + horizontal and vertical flip= 0x20000 + 0x10000 + 2 = 0x30002

If you set display_hdmi_rotate=1(90 degrees) or display_hdmi_rotate=3 (270 degrees), the system will use additional GPU memory to complete the image rotation.

For devices with GPU memory set to 16MB, these options may not work properly. You can modify the gpu_mem parameter in the config.txt file to increase the GPU memory allocation.

gpu_mem=64

RP2040-PiZero Tutorial

Running Demo

Install Thonny IDE

To facilitate the development of RP2040-PiZero boards using MicroPython on your computer, it is recommended to download Thonny IDE.

Download Thonny IDE and install it according to the steps provided. The installation packages are for Windows versions; for other versions, please refer to thonny.org.
After installation, you need to configure the language and board environment for the first time. Since we are using RP2040-PiZero, pay attention to selecting the Raspberry Pi option for the board environment

MicroPython

1.Download and unzip the MicroPython firmware in .uf2 format.
2.Hold the BOOT button, connect the device to your computer, then release the BOOT button. A removable disk will appear on your computer. Copy the firmware onto it.
3.Download and unzip the sample program, then upload the code to the Raspberry Pi Pico. Here are the steps.(using the Tetris game as an example)

In the view, check the files and select the corresponding file path in the left toolbar

Select all files and right-click to upload

4.After the upload is successful, unplug the USB, insert the GamePi13 into the RP2040-PiZero, and power it on again to automatically run the game program.

CircuitPython

1.Download and unzip the CircuitPython firmware in .uf2 format.
2.Hold the BOOT button, connect the device to your computer, then release the BOOT button. A removable disk will appear on your computer. Copy the firmware onto it, and wait for a few seconds for another disk to appear.
3.Delete all files in the newly generated removable disk, download and unzip the sample program , and copy all files from the "flappybird-CODE" folder of the sample program into the disk, as shown in the figure below.

4.After the copy is successful, unplug the USB, insert the GamePi13 into the RP2040-PiZero, and power it on again to automatically run the game program.

C/C++ Series

Environment Setup

For C/C++, it is recommended to use the Pico VS Code extension, which is a Microsoft Visual Studio Code extension designed to make it easier for you to create, develop, and debug projects for the Raspberry Pi Pico series of development boards. Whether you are a beginner or an experienced professional, this tool can help you develop Pico with confidence and ease. Below, we will introduce how to install this extension and use it.

Official tutorial：https://www.raspberrypi.com/news/pico-vscode-extension/
This tutorial is suitable for Raspberry Pi Pico, Pico2, and the RP2040, RP2350 series development boards developed by our company
The development environment is by default based on Windows, for other environments please refer to the official tutorial for installation

Install VSCode

1.First, click to download the pico-vscode package, unzip it, open the package, and double-click to install VSCode

Note: If you have already installed VSCode, make sure the version is 1.87.0 or higher

Install the extension

1.Click on Extensions, and choose to install from VSIX

2.Select the software package with the vsix suffix and click to install

3.Then VSCode will automatically install the raspberry-pi-pico and its dependent extensions. You can click to refresh to view the installation progress

4.Once the installation is complete, as indicated in the bottom right corner, close VSCode

Configure the extension

1.Open the directory C:\Users\Username, and copy the entire .pico-sdk to this directory

2.Copying is complete

3.Open VSCode and configure the paths for the Raspberry Pi Pico extension

Configurations are as follows:

Cmake Path：
${HOME}/.pico-sdk/cmake/v3.28.6/bin/cmake.exe

Git Path:
${HOME}/.pico-sdk/git/cmd/git.exe    

Ninja Path:
${HOME}/.pico-sdk/ninja/v1.12.1/ninja.exe

Python3 Path:
${HOME}/.pico-sdk/python/3.12.1/python.exe

Create a new project

1.After configuration, test by creating a new project. Enter the project name and select the path, then click Create to create the project
Test the official examples by clicking on the Example next to the project name to select

2.Once the project is created successfully, you can proceed to the next steps

3.Select SDK Version

4.Choose Yes to proceed with advanced configuration

5.Select the cross-compilation toolchain. 13.2.Rel1 is suitable for ARM cores, and RISCV.13.3 is suitable for RISCV cores. You can choose either according to your needs

6.Choose the CMake version as Default (the path configured earlier)

7.Choose the Ninja version as Default

8.Select the development board

9.Click compile to compile the project

10.Once the compilation is successful, you will get a .uf2 file

Import a project

1.Open a C example program and import the project. Note: The Cmake file for the imported project must not contain Chinese characters (including comments), as this may cause the import to fail
2.Once you have successfully compiled a .uf2 file, you can proceed to update the firmware

3.After connecting the device to your computer while holding down the BOOT button, release the BOOT button. A removable disk will appear on your computer. Copy the .uf2 file into it.

Update the extension

1.The extension version in the offline package is 0.15.2. After installation, you can also choose to update to the latest version

Open Source Demos

MircoPython Video Demo (github)
MicroPython Firmware/Blink Demo（C）
Raspberry Pi Official C/C++ Demos(github)
Raspberry Pi Official MicroPython Demos(github)

Resources

Demo

GamePi13 RP2040 Demo

Datasheets

Schematic

GamePi13 Schematic Diagram

Softwares

Support

Technical Support

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