Back to CatalogLOBOROBOT ESP32 Development Board IoT Remote Control Misqi Programming Scratch ESP32 Mainboard Kit
Variants / Sale Attributes
Color: EUNO ESP32 WIFI & Bluetooth Development Board
Package Contents
ESP32 Pico Development Board (Unassembled) + USB Download Cable
Product Description
Product Specifications
LOBOROBOT
ChuangLe ()
Overview
- Microcontrollers
- ESP32-D0WDQ6, Raspberry Pi Pico (RP2040)
- CPU Cores
- Dual-core (ESP32), Dual-core (RP2040)
- Clock Frequency
- 80 MHz to 240 MHz (ESP32), 133 kHz (RP2040)
- SRAM
- 520 KB (ESP32), 264 KB in 6 banks (RP2040)
- Flash Memory
- 4 MB (ESP32), 2 MB (RP2040)
- WiFi
- ESP32 supports 802.11 b/g/n; Raspberry Pi Pico has no WiFi
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EthernetESP32 supports 10/100 Mbps Ethernet; Raspberry Pi Pico does not support Ethernet SPI Interfaces4 (ESP32), 2 (RP2040) I2C Interfaces2 (both ESP32 and RP2040) UART Ports3 (ESP32), 2 (RP2040) PWM Channels16 (both ESP32 and RP2040) ADC Channels18 channels 12-bit (ESP32), 3 channels 12-bit (RP2040) GPIO Pins34 (ESP32), 26 (RP2040) Onboard LEDs1 programmable LED (GPIO22 on ESP32), 1 programmable LED (GPIO25 on RP2040) SD/MMC InterfaceSupported on both boards Touch Sensor Channels10 channels supported on ESP32; none on RP2040 Built-in Temperature SensorYes on both ESP32 and RP2040 LanguagesMicroPython, C, C++, Arduino IDE, Mixly graphical programming Development EnvironmentsThonny, MU, Visual Studio Code, Arduino IDE External 5V/500mA power support
Additional details
- ESP32 Development Board
- 49 mm x 28.7 mm
- Raspberry Pi Pico
- 23 mm x 51 mm (approximate)
ESP32PICO mainboard integrates ESP32-D0WDQ6 chip with dual-core Xtensa LX6 MCU
Supports automatic download mode switching without manual intervention
Rich peripheral interfaces including SDIO, SPI, UART, I2S, I2C
Compatible with MicroPython and C/C++ programming
Acrylic base plate included for better protection and stable mounting of expansion boards
Additional details
- Comprehensive sensor modules included
- temperature, sound, light, flame, smoke, ultrasonic, PIR, accelerometer, gyroscope, RFID, and more
48 project tutorials with step-by-step video guidance and 318-page printed MicroPython learning manual
IoT capabilities with WiFi web server examples for home appliance control and sensor data acquisition
Supports PWM control for LEDs, motors, and other actuators
Onboard RGB full-color LED and dual-color LED modules for visual experiments
USB data cable included for programming and power supply
ESP32 development board or ESP32Pico mainboard
Additional details
- Various sensor modules
- touch switch, tilt switch, vibration sensor, active/passive buzzer, reed switch, U-shaped photoelectric sensor, rain sensor, potentiometer, DS18B20 temperature sensor, sound sensor, light-dependent resistor, flame sensor, smoke sensor, TM1637 4-digit display, ultrasonic sensor, rotary encoder, DHT11 temperature and humidity sensor, BMP280 barometric sensor, MPU6050 gyroscope and accelerometer, DS1302 real-time clock, SSD1306 OLED display, RFID module, DC motor, stepper motor, servo motor, PIR human body infrared sensor, and more
Beginner to advanced MicroPython programming and IoT development
Sensor data acquisition and processing
Home automation and smart appliance control via WiFi web server
Robotics and motor control experiments
Educational kits for learning embedded systems and IoT technologies
Some modules and accessories may vary due to procurement batches
Manual measurement may have slight dimensional deviations (±2 mm)
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