SKU: IOWC-0609
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DFRobot SEN0314 MU Vision Sensor ESP32 AI Camera

₹7,279.00 (Inclusive of all taxes)
Out of Stock

The DFRobot SEN0314 MU Vision Sensor is an ESP32-powered AI camera module delivering local, on-device vision processing for robotics and STEM applications. It supports Arduino, MicroPython, and Micro:bit platforms via UART, I2C, or Wi-Fi interfaces, operating from 3.3V to 5V DC.

Features

  • ESP32 dual-core 240MHz processor handles all vision algorithms locally, ensuring privacy and offline operation.
  • 640×480 pixel resolution with an 85° FOV for color, ball, human, and card/shape recognition tasks.
  • Multi-interface flexibility with UART, I2C, and Wi-Fi connectivity for seamless integration into Arduino, Micro:bit, and other embedded systems.
  • Wide 3.3V to 5V operating voltage range allows direct powering from most development boards and microcontroller platforms.
  • Compact 80x60mm footprint with low power consumption, ideal for mobile robotics and educational AI vision projects.

Out of stock

Description

The DFRobot SEN0314 MU Vision Sensor integrates an ESP32 dual-core processor to perform real-time computer vision tasks entirely on-device, eliminating the need for cloud connectivity or external networks. This local processing architecture not only safeguards data privacy but also enables rapid response times for robotics applications such as object tracking, color detection, and human presence sensing.

Designed for educational and prototyping environments, the sensor provides multiple communication pathways including a serial UART for direct command control, I2C for bus-based systems, and built-in Wi-Fi for wireless data streaming or remote configuration. Its low-power design and wide input voltage compatibility make it suitable for battery-operated projects, while the included PH2.0 adapter cable simplifies wiring to common microcontroller pinouts.

Key Features

  • On-device AI vision processing powered by an ESP32 dual-core 240MHz microcontroller.
  • Local execution of algorithms for color, ball, human, and card/pattern recognition without network dependency.
  • Multi-protocol communication support via UART, I2C, and integrated Wi-Fi for flexible system integration.
  • Broad compatibility with Arduino IDE, MakeCode, MicroPython, Mixly, and Micro:bit development environments.
  • Compact, low-power design optimized for mobile robotics and embedded AI applications.
  • Image transmission mode enables real-time video feed for debugging and advanced vision tasks.

Applications

  • Educational robotics and STEM kits for AI vision learning.
  • Autonomous mobile robots for object detection and navigation.
  • Smart interactive installations with human presence and gesture sensing.
  • Industrial sorting systems using color and shape recognition.
  • Prototyping edge AI devices with offline, privacy-focused vision capabilities.

Technical Specifications

Processor / SoCESP32 Dual-Core 240MHz
Image Sensor Resolution640 x 480 pixels
Field of View (FOV)85°
Data InterfacesUART, I2C, Wi-Fi
Supply Voltage3.3V to 5V DC
Supported PlatformsArduino, MakeCode, MicroPython, Mixly, Mind+, mPython X, Micro:bit
Dimensions (L x W)80mm x 60mm
Weight150g

Frequently Asked Questions

How do I connect and power the SEN0314 MU Vision Sensor to an Arduino board?

Connect the sensor using the included PH2.0 adapter cable. For UART communication, link the sensor's TX/RX pins to the Arduino's corresponding RX/TX pins. Power the module by connecting its VCC pin to the Arduino's 5V or 3.3V output and GND to GND. Ensure your code initializes the serial port at the correct baud rate, typically 115200, to send vision detection commands and receive results.

What programming environments are supported for developing applications with this vision sensor?

The sensor is supported in Arduino IDE using dedicated libraries, MicroPython via specific modules, MakeCode for block-based programming, and Mixly for graphical coding. You can flash the ESP32 with firmware via the Arduino IDE or use AT commands over UART. Example sketches are provided for basic recognition functions like detecting colors, balls, or humans, which you can adapt for your project.

Can the SEN0314 transmit a live video feed, and how is this configured?

Yes, the sensor includes an image transmission mode. Enable it via a specific UART command or through the configuration library. Once activated, the ESP32's built-in Wi-Fi can broadcast a real-time JPEG stream to a connected device or server. You will need to connect the sensor to your local Wi-Fi network using provided AT commands or library functions to establish the video link for remote monitoring.

Package Includes

  • 1 x DFRobot SEN0314 MU Vision Sensor
  • 1 x PH2.0 Adapter Cable (PH2.0 to 4-pin female Dupont lines)

Additional Information

Weight 0.15 kg
Dimensions 8 × 6 cm