I2C Gamepad with Seesaw STEMMA QT Qwiic Game Controller Breakout Board for CircuitPython DIY Project

I2C Gamepad with Seesaw STEMMA QT Qwiic Game Controller Breakout Board for CircuitPython DIY Project Description

Integrated Joystick and Buttons: Features an onboard 2-axis, 10-bit precision analog joystick and six tactile buttons (four large buttons arranged in a and two smaller central buttons for Start and Select functions).
Powered by seesaw Technology: Includes a pre-programmed ATtiny816 microcontroller running seesaw firmware. It handles reading analog joystick signals and button states, converting them into a clean I2C interface-allowing for use even with host controllers that lack analog input pins.
Optional Interrupt Pin: Provides an optional IRQ interrupt pin. It can trigger an interrupt to notify the host controller whenever a button is pressed or released, freeing processor for other tasks.
Flexible I2C Addressing: The default I2C address is 0x50. Onboard address jumpers (A0 and A1) allow you to daisy-chain to four of these gamepads a single I2C bus.
Plug-and- Design: Uses standard STEMMA QT / Qwiic connectors for quick, solder-free connections, enabling easy integration into existing I2C ecosystems.

Key Specifications
Core Chip: Microchip ATtiny816 (running seesaw firmware)
Joystick: 2-axis, 10-bit precision analog joystick
Buttons: 6 (4 main buttons: X, Y, A, B; 2 function buttons: Start, Select)
Communication Interface: I2C, default address 0x50
I2C Address Configuration: Expandable to 0x51, 0x52, 0x53 via A0/A1 jumpers
Connector: STEMMA QT / Qwiic
Supply Voltage (VIN): Matches the host controller's logic level (3V or 5V)
Color: Black
Material: Plastic+Metal

Package Contents:
1*module