The ESP32C6 SuperMini Development Board is a compact development and learning controller built around the ESP32C6 microcontroller. It provides wireless connectivity, a versatile set of I/O options, and a straightforward programming experience for learning, prototyping, and small scale projects. The board is designed to support development environments and a range of applications while maintaining a small, portable form factor. Key benefits All in one learning and prototyping platform: A single board that supports coding, testing, and deploying ESP32C6 based projects. Wireless connectivity at the core: Built in Wi Fi 6 and Bluetooth Low Energy capabilities for modern IoT applications. Flexible programming environments: Compatible with ESP IDF, Arduino IDE, MicroPython and other common ecosystems for fast onboarding. Easy programming and power options: USBC interface for convenient programming, power, and serial debugging. Rich I O and peripheral options: Supports a variety of interfaces and peripherals through standard GPIOs for sensors, actuators, and modules. Compact and portable design: A small SuperMini form factor ideal for space constrained projects, demonstrations, and education. Robust and reliable hardware: Designed with standard PCB materials and components to ensure stable operation in learning and development scenarios. Safe and secure communications: Hardware support for cryptographic operations to help secure connected projects. Key attributes Functionality: ESP32C6 microcontroller based board with integrated wireless connectivity and multiple I O options for diverse projects. Compatibility: Supports ESP IDF, Arduino IDE, MicroPython and other common development tools, enabling flexible programming workflows. Size and form factor: Compact SuperMini development board intended for easy handling, integration into small enclosures, and breadboard friendly use with standard headers. Material and build: Standard PCB materials suitable for educational and prototyping use, with reliable surface mount components. Performance and efficiency: Designed for efficient operation with built in wireless capabilities and hardware support for secure communications. Interfaces: USBC for programming and power, multiple GPIOs, and common communication protocols such as I2C, SPI, UART, PWM, and ADC/DAC capable pins. Power considerations: Accepts USB power and provides logic levels suitable for 3.3 V system operation. Use cases IoT prototyping and education: Quickly develop and test connected sensors, actuators, and edge devices in a classroom or lab setting. Smart home and automation projects: Build and validate wireless control hubs, remote sensors, and device controllers that leverage Wi Fi 6 and BLE connectivity. Data logging and edge processing: Collect environmental or device data locally, perform lightweight processing, and transmit results over a wireless link as needed. Two to three specific applications A wireless environmental monitor: Deploy small sensors to measure temperature, humidity, and air quality, with data transmitted over Wi Fi 6 to a local hub or cloud service. A smart light control gateway: Manage lighting networks using Bluetooth LE and Wi Fi 6, enabling remote control and status feedback with local processing for responsiveness. An educational coding lab board: Students learn embedded development by writing and testing code in ESP IDF or Arduino environments, using USBC for easy programming and debugging. This product description reflects the ESP32C6 SuperMini Development Board while highlighting its primary benefits, attributes, and practical uses in a clear, professional, and readable manner.