Touch Dot development board#
Note
This documentation is actively evolving. For the latest updates and revisions, please visit the project’s GitHub repository.
Important
The current product datasheet, schematic, pinouts, and other hardware files are available in the TouchDot S3 hardware downloads.
Leveraging the ESP32-S3 chip, the Touch Dot S3 is a versatile development board crafted for creative wearables, IoT implementations, and smart devices. Inspired by the Lilypad aesthetic but delivering modern functionality, it marries a compact form factor with robust connectivity and power management features for seamless prototyping.
Microcontroller: ESP32-S3 Mini
Energy Efficient: Optimized for low power consumption.
3.3 V Power Rail: Compatible with wearable sensors and peripherals like QWIIC modules.
Power Supply & Battery Management
USB-C Charging & Communication: Ensures reliable power delivery and straightforward programming.
Integrated LiPo Battery Management: Streamlines power safety and efficiency without extra circuitry.
Distributed Power Pads: Magnetic connectors deliver GND and 3.3 V for simple, reliable wiring to sensors and actuators.
Key Features
Feature |
Description |
|---|---|
Wi-Fi & Bluetooth LE |
Dual wireless connectivity for seamless IoT and mobile interactions. |
Built-in LiPo Charging |
Reliable battery charging integrated into the board design. |
Power & Reset Controls |
Direct access to board power management with dedicated buttons for power and reset. |
Sewable Pads & Magnetic Connectors |
Ideal for wearable projects and rapid prototyping with flexible module integration. |
Multiple Solder Points for GND & 3.3 V |
Facilitates easy wiring to external sensors or actuators without complex setup. |
Standard QWIIC Connector |
Supports quick connection of I²C peripherals such as sensors, displays, and expansion modules. |
Contents
- Hardware License (MIT)
- Pinout Distribution
- Hardware Specifications
- Desktop Environment
- Installing packages - Micropython
- ESP-IDF Getting Started
- General Purpose Input/Output (GPIO) Pins
- Analog to Digital Conversion
- I2C (Inter-Integrated Circuit)
- SPI (Serial Peripheral Interface)
- WS2812-2020 Control
- Communication
- Deep Sleep Mode
- How to Generate an Error Report