ESP32-S Professional Development Board | Dual-Core WiFi + Bluetooth Module | Ultra-Low Power

Unlock advanced IoT development with the ESP32 Development Board, featuring a powerful dual-core 240MHz processor, integrated WiFi and Bluetooth, and ultra-low power consumption for battery-powered projects. This 30-pin breakout board delivers professional-grade performance and connectivity in a compact, developer-friendly format. Features and Benefits - Dual-Core Xtensa LX6 Processor (up to 240MHz) - Enables smooth multitasking for complex applications and faster data processing compared to single-core alternatives. - Integrated 2.4GHz WiFi and Bluetooth 4.2 - Provides dual-mode wireless connectivity for IoT devices, remote control, and wireless sensor networks without external modules. - Ultra-Low Power Co-Processor - Allows the main CPU to sleep while maintaining peripheral operation, dramatically extending battery life in portable projects. - 30-Pin Breakout Design - Offers easy access to GPIO, ADC, DAC, and communication interfaces (I2C, SPI, UART) for rapid prototyping and simplified circuit connections. - 4MB Flash Memory - Provides ample on-board storage for your application code, file systems, and OTA updates. Applications - Smart Home Automation - Create custom controllers for lighting, climate, and security systems with reliable WiFi connectivity. - Wearable Tech and Sensor Nodes - Build power-efficient fitness trackers or environmental monitors leveraging the Bluetooth and low-power modes. - Robotics and Motor Control - Utilize the dual-core processor for simultaneous sensor data processing and precise motor driver management. - Industrial IoT Prototypes - Develop wireless data loggers and equipment monitors for professional and DIY industrial applications. Note This board is an excellent choice for DIY enthusiasts, students, and professionals seeking reliable performance and extensive features at an accessible price point. Drivers and libraries are widely available within the Arduino IDE and PlatformIO ecosystems.