OV2640 Binocular Camera Module for STM32 3D Measurement
This OV2640 binocular camera module integrates two 1/4-inch CMOS sensors for stereoscopic vision applications, driven via STM32 microcontrollers. Operating at 3.3V, it outputs JPEG or raw data via an SCCB (I2C-compatible) interface for 3D ranging and measurement tasks.
Features
- Dual OV2640 CMOS sensors enable binocular vision for accurate 3D ranging and spatial measurement applications.
- Supports JPEG compression output and multiple raw formats (RGB565, YUV422) via standard SCCB (I2C) control interface.
- Low-power 3.3V operation with integrated LDO and active crystal oscillator simplifies embedded system integration.
- Wide resolution flexibility from UXGA (1600×1200) down to 40×30, with automatic exposure, gain, and white balance control.
- Direct STM32 compatibility and 2.8V LVTTL I/O levels ensure easy interfacing for embedded computer vision projects.
Out of stock
The OV2640 Binocular Camera Module is engineered for embedded stereoscopic vision, utilizing two 1/4-inch OV2640 CMOS sensors to capture synchronized image pairs for depth perception and 3D reconstruction. Its integrated processor handles on-the-fly image scaling, windowing, and JPEG compression, reducing bandwidth and processing load on the host microcontroller. The module operates from a single 3.3V supply, drawing approximately 40mA, and includes an internal LDO and 12MHz crystal for stable, standalone operation.
Communication and configuration are managed through a standard SCCB interface, which is protocol-compatible with I2C, allowing for straightforward register-level control from STM32 or other MCU platforms. The sensor’s high sensitivity and advanced image signal processing (ISP) pipeline provide automatic exposure, gain, white balance, and black level calibration, delivering consistent image quality for demanding machine vision applications in varying lighting conditions.
Additional Information
| Weight | 0.025 kg |
|---|---|
| Dimensions | 8 × 4 cm |
