The Romeo ESP32-S3 is an advanced development board geared towards robotics applications. It features the ESP32-S3 microcontroller and an integrated camera for FPV video transmission and wireless remote control. With its support for 2WD and 4WD robots, plus multiple programming languages and development environments, it provides everything users need for building intelligent robots.

Experience the Robot's First-Person View

The ESP32-S3 comes with an OV2640, which gives users FPV of the robot's world. Additionally, the camera supports AI recognition tasks and has 2MP resolution (up to 1600*1200). It provides clear visuals for images and videos.

Unleash the Power of ESP32-S3 for Advanced Capabilities

The Romeo ESP32-S3 incorporates the ESP32-S3-WROOM-1U-N16R8 module, which boasts a built-in 16MB Flash and 8MB PSRAM. Its spacious storage capacity accommodates a greater volume of complex code and data. With a blazing main frequency of up to 240MHz, the ESP32-S3 chip is equipped with vector instructions that accelerate tasks like neural network computations and signal processing, enabling AI functionalities such as image and speech recognition. Supporting dual-mode communication of 2.4GHz Wi-Fi and Bluetooth 5 (LE), the ESP32-S3 facilitates wireless remote control and image transmission.

Figure: Romeo ESP32-S3 Development Board Ports

Versatile Interface Expansion for Robots

Romeo ESP32-S3 offers a multitude of reserved data interfaces, allowing for the integration of various devices to empower the robot with limitless potential. For instance, by connecting a microphone, the robot gains auditory capabilities, enabling voice-controlled interactions. By connecting an amplifier, the robot can express itself. Integration of a gas sensor grants the robot a sense of smell. Moreover, Romeo ESP32-S3 provides a stable 5V power supply, facilitating the connection of multiple servos to realize functionalities like a robotic arm.

Support Multiple Development Environments

Romeo ESP32-S3 supports various programming environments, including Arduino IDE and ESP-IDF. It also accommodates popular programming languages like C and MicroPython, allowing developers to effortlessly manipulate the hardware using familiar programming languages.

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