GPIO on Video Game Module

the video game module can work as a standalone device with custom firmware, utilizing the raspberry pi rp2040 microcontroller, motion tracking sensor (imu), ports, and connectors to implement various raspberry pi pico and other projects to learn how to install custom firmware on the module, visit сustom firmware on this page, you ’ ll find pinouts, drawings, schematics for the video game module, and the list of available peripherals video game module pinout the video game module features a 14 pin gpio breakout of the rp2040 microcontroller for interaction with external devices https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/73kdnwxpc544xe4m wf9v gpio breakout pinout pdf the module also features an 18 pin connector to flipper zero https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/m3wciy eb appqogqx1qy connectors to flipper zero pinout pdf compatibility with raspberry pi pico we exposed all unused rp2040 pins at the video game module connectors so that users can use them in their projects you can compare the video game module pinout and the raspberry pi pico pinout below https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/go0 4dhtt531tut f1f2i video game module and pico pinouts pdf gpio pins 8 15 and 18 20 are used inside the video game module for video out these pins aren’t accessible via video game module connectors gpio pins 0 7, 16, 17, 21, 22, 26 28 are exposed at the connectors in both the video game module and the raspberry pi pico board note that pins 2 7 are also connected to the motion tracking sensor gpio pins 23 25 and 29 are used inside the raspberry pi pico board and aren’t accessible via the connectors in the video game module, these pins are unused and are exposed at the 14 pin gpio breakout available peripherals in standalone mode, the rp2040 microcontroller has access to the following peripherals video out port it can output video and sound to a tv or monitor as well as exchange data with them via the display data channel interface usb c port the module acts as a usb device or host (with the limitation that usb power delivery is not supported) motion tracking sensor the tdk icm42688 p imu sensor combines a 3 axis gyroscope and a 3 axis accelerometer gpio breakout 11 gpio pins with electrostatic discharge (esd) protection connector to flipper zero fully functional gpio pins 13 and 14 and pins 2 7 with limited functionality (due to them being connected to the imu) the gpio pins are equipped with esd protection rgb led located on the top of the module and can be controlled via the rp2040 gpio pins module power supply the video game module can be powered in the following ways 5 v power supply via usb c port when used as a standalone device 3 3 v (pin 9) or 5 v (pin 1) power supply when connected to flipper zero schematics https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/amd5ttsgru10vqvacwgnx rp2040 dvi schematic pdf https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/jbv0jrllp4eaobrp4or9o power schematic pdf pcb assembly drawing https //archbee doc uploads s3 amazonaws com/3stcfqarjkjqzv 7n79yy/epzoy kxwbknfhjpdvhfg video game module assembly ver32 pdf raspberry pi rp2040 documentation