OpenMV Cam M7 Smart Vision Camera w/ OV7725 Sensor & 2.8mm Lens
The OpenMV Cam M7 is a programmable microcontroller-based smart camera featuring an STM32F765VI Cortex-M7 processor and OV7725 image sensor, designed for real-world machine vision applications using MicroPython.
Features
- STM32F765VI Arm Cortex-M7 processor at 216 MHz with 512KB RAM and 2MB flash for onboard image processing.
- OV7725 CMOS sensor captures 640×480 grayscale or 320×240 RGB565 images at up to 60 FPS for real-time vision tasks.
- Programmable in high-level Python via MicroPython OS, simplifying complex algorithm implementation and I/O control.
- Includes μSD card slot for 100Mbps data logging, SPI bus for 54Mbps image streaming, and I2C/CAN/Serial interfaces.
- Integrated 2.8mm lens on M12 mount, RGB LED, and two high-power 850nm IR LEDs for illumination and low-light operation.
Out of stock
The OpenMV Cam M7 Smart Vision Camera integrates a powerful STM32F765VI Cortex-M7 microcontroller with an OV7725 image sensor to deliver a self-contained, low-power platform for embedded machine vision. Its architecture allows developers to execute algorithms like color tracking, face detection, and AprilTag recognition directly on-device, streaming processed data or triggering I/O pins based on visual inputs. The board operates via a full-speed USB connection, appearing as a Virtual COM Port and USB flash drive for easy programming and data transfer.
Designed for flexibility, the camera supports a wide range of peripheral connections including a high-speed SPI bus for LCD or WiFi shields, I2C, CAN, and asynchronous serial for sensor networks, plus PWM and interrupt capabilities on all 10 I/O pins. Power management and 5V-tolerant GPIO make it suitable for integration into robotics, industrial automation, and smart sensing systems where real-time visual feedback is required without a host computer.
Additional Information
| Weight | 0.02 kg |
|---|---|
| Dimensions | 4.55 × 3.65 cm |
