Mini 1MP HD OV9732 CMOS IoT Low-Light DVP Camera Module

Mini 1MP HD OV9732 CMOS IoT Low-Light DVP Camera Module

Product Description:

This is a Mini 1MP HD OV9732 CMOS IoT Low-Light DVP Camera Module, developed based on OmniVision’s OV9732 image sensor. It features comprehensive and balanced hardware parameter configurations, making it widely suitable for various embedded vision requirements. Equipped with a 1MP pixel sensor (1/4-inch sensor size), the module combines a 3μm×3μm large pixel design with OmniVision’s OmniPixel®3‑HS® high-sensitivity technology, enabling efficient light capture and noise suppression. It supports stable output of 720@30FPS HD images and provides a 10-bit RAW output format, reserving abundant details and color space for subsequent image optimization. In terms of optical performance, the module is fitted with an F2.8 large aperture and a 3.25mm focal length, with a depth of field ranging from 15cm to 40cm—allowing precise focusing on short-to-medium distance subjects. Its diagonal field of view (FOV) reaches D80°, and TV distortion is controlled within 1%, ensuring true-to-life reproduction of scene contours and proportions. Adopting a fixed-focus design, the module delivers clear imaging within the core distance range without complex adjustments; it uses a DVP parallel interface, compatible with the mainstream embedded hardware ecosystem. For production, it integrates COB (Chip on Board) technology and AA (Active Alignment) process, achieving both miniaturization and assembly precision. Additionally, the product has passed multiple international certifications including CE, FCC, RoHS, and REACH, complying with usage standards and environmental requirements across various global regions.

Features:

1. Outstanding Detail Restoration Capability: The synergy of 3μm×3μm large pixels and OmniPixel®3‑HS® technology, combined with the 10-bit RAW output format, enables accurate capture of light-to-dark transition details and color gradients. Even in complex lighting environments, it reduces noise and maintains image clarity, meeting the needs of scenarios requiring high imaging precision.​
2. Strong Scene Adaptability: The combination of an 80° FOV and 15cm–40cm depth of field not only covers a medium-range monitoring view but also focuses on short-distance subjects. With TV distortion below 1%, image stretching and distortion are minimized; the fixed-focus design eliminates the need for frequent focusing, making it suitable for various fixed-shooting scenarios.​
3. Reliable Production and Quality: COB technology ensures the module’s miniaturization and structural stability, while the AA Active Alignment process guarantees precise calibration between the lens and sensor. Coupled with multiple international certifications, this ensures consistent quality during mass production and compliance with usage requirements in different regions.​
4. Low Development and Adaptation Threshold: The DVP parallel interface is a universal interface for embedded devices, requiring no special adapter chips or custom drivers. It can be quickly connected to various MCU and processor platforms, shortening the R&D and mass production cycles of end products.​
5. Advantage in Data Bit Width: The 10-bit RAW data output, combined with advanced pixel technology, maintains a high frame rate while providing a wider dynamic range and more accurate color reproduction, satisfying the in-depth needs of subsequent image processing.

Technical Parameters:

Applications:

• Smart Parcel Lockers: Suitable for real-time shooting at the pickup port of parcel lockers. The 15cm–40cm depth of field clearly captures the pickup person’s operation movements; the F2.8 large aperture and high-sensitivity technology ensure clear images in low-light environments (night or indoor settings), and distortion below 1% facilitates the retention of proof of pickup.​
• New Retail Smart Terminals: In scenarios such as self-checkout kiosks and smart vending machines, the 80° FOV fully captures the transaction process. The DVP interface simplifies connection with various main control chips, reducing system integration difficulty.​
• Logistics Sorting Systems: The 15–40cm depth of field is ideal for parcel label recognition applications; the low distortion feature ensures high barcode recognition accuracy, and CE certification guarantees stable operation of the equipment in industrial environments.​
• Smart Home: Used for scene recognition and gesture capture functions in smart home control panels. The 80° FOV covers the user’s operation area; low distortion and clear imaging ensure accurate command recognition, and the FPC (Flexible Printed Circuit) design facilitates adaptation to the casings of smart home control devices in different forms.​
• Smart Agricultural Monitoring: Applicable to scenarios such as greenhouse monitoring and precision agriculture. The F2.8 large aperture still provides clear images in low-light environments, and RoHS certification ensures the product meets environmental protection requirements.

Customized Process:

1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.

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