ESP32-CAM sends "key value" to the Arduino at address 0x39. Arduino Uno receives the command, prints each byte of data until it encounters a \n, and controls the movements of four DC motors and two ...

Set up an ESP32-CAM as an I2C master to communicate with an Arduino Uno slave at address 0x39. The communication involves the following steps: ESP32-CAM sends "key value" to the Arduino at address ...

Using the Arduino framework as an example, setting up involves adding ESP board libraries to the Arduino IDE, selecting the ESP32-CAM board, and flashing the program to the board. Here, the Camera Web ...

ESP32-CAM's Web-server Be sure to unplug the jumper wire going from IO0 to GND, press the reset button, insert a Micro SD card into the module's slot (Min. 4GB), then obtain its unique IP address from ...

Programming ESP32 with Arduino IDE: STEP 1: Connect your ESP32 board to your computer through the micro-USB cable. Make sure the red LED goes high on the module to ensure power supply. STEP 2: Start ...

We are excited to introduce the all-new Arduino Nano ESP32 – a powerful and versatile IoT development board that opens up a world of possibilities. This feature-packed board combines the ESP32-S3 with ...

The Maker’s Pet Robotics Kit, a DIY ESP32-powered robot supporting Arduino and ROS2. With LiDAR-based navigation, obstacle detection, and autonomous movement, it's perfect for learning robotics and ...