Ultra Low Power ESP32 ESP 32S Dual Core WiFi, Bluetooth Dev Board, Upgrade from ESP8266

$21.97

SKU: 7a7feeb05999

Upgrade your projects with the powerful and efficient ESP32 Development Boarda featurerich microcontroller that combines dualcore processing with builtin WiFi and Bluetooth. Inspired by popular ESP32 and ESP32S modules, yet designed to surpass the functionality of its predecessor, the ESP8266, this board delivers exceptional reliability while maintaining ultralow power consumption. Key Highlights: DualCore Xtensa LX6 Processor: Run complex, multithreaded applications at up to 240MHz. BuiltIn WiFi + Bluetooth (v4.2 BR+BLE): Seamless connectivity for IoT, smart home, and wearables. UltraLow Power Consumption: Deepsleep currents drop to just a few microampsideal for batterypowered deployments. Rich GPIO & Peripherals: Access up to 34 GPIO pins, 12bit ADC, DAC, SPI, IC, UART, PWM, touch sensors, and more. Compact & Integrated Design: Onboard antenna, RF balun, power amplifier, and filters reduce PCB footprint. Arduino IDE & ESPIDF Support: Compatible with LWIP, FreeRTOS, MicroPythonperfect for both beginners and pros. Why choose this over ESP8266 The ESP32 DualCore Board delivers significantly more processing power, wireless robustness, and peripheral options compared to the singlecore ESP8266. Plus, it supports concurrent WiFi and Bluetooth, ultralow power modes, and enhanced security features like secure boot and flash encryption. Applications: Smart home hubs and automation IoT sensors and smart agriculture Wearable devices and mobile gadgets Voiceaudio streaming & recognition Industrial control and robotics Data loggers and environmental monitors Built for Efficiency: Thanks to its advanced power management, the board supports multiple sleep modesmodemsleep, lightsleep, deepsleep, and hibernation. Wakeup via timer, touch, GPIO, or ADC helps you maximize battery life for months or even years. DeveloperFriendly: Loaded with CP2102 USBtoUART interface, reset and boot buttonsplugandplay with Arduino IDE. Compatible with ESPIDF and other ecosystems, its ideal for rapid prototyping and scalable production.