2MP 1080P Industrial AI Vision GC2145 CMOS DVP Camera Module

2MP 1080P Industrial AI Vision GC2145 CMOS DVP Camera Module

Product Description:

The 2MP 1080P Industrial AI Vision GC2145 CMOS DVP Camera Module is an embedded imaging solution that balances high-definition picture quality with stable adaptability. The module’s core utilizes a 1/5-inch Galaxycore GC2145 image sensor featuring 2MP high-definition pixels, capable of outputting 1600×1200 resolution static images and supporting 1920×1080 resolution at 30 FPS full HD video streaming to meet fundamental HD imaging requirements. The 1.75μm×1.75μm pixel size enhances per-pixel light sensitivity. The module employs manual focus design with an F2.2±5% large aperture and 2.27±5% mm focal length, fixed at a 40cm focusing height, achieving a D73° field of view with TV distortion strictly controlled within <1.5% to ensure precise, distortion-free imaging. For interfacing and compatibility, the module adopts a 24Pin DVP parallel interface for direct compatibility with ESP32 development boards without complex adaptation. Manufacturing integrates COB technology and AA processes to guarantee product stability and consistency, while CE, FCC, RoHS, and Reach international certifications establish an imaging unit with minimized hardware and software marginal costs.

Features:

1. Clear Image Quality with Low Distortion: The 1.75μm pixel size enhances light intake efficiency, while the F2.2 large aperture optimizes low-light imaging performance. Combined with TV distortion below 1.5% and a 73° field of view, it not only ensures a wide shooting range but also accurately restores target details, avoiding image stretching or deformation.​
2. Zero Threshold for Hardware Adaptation: The 24Pin DVP parallel interface offers seamless compatibility with ESP32 development boards, eliminating the need for additional adapter accessories or driver modifications. Embedded developers can quickly complete hardware docking, reducing the technical threshold for project development.​
3. Reliable Craftsmanship and Strong Compliance: COB technology enhances the module’s anti-interference capability and structural compactness, while the AA process ensures the calibration accuracy of optical components. Complemented by multiple international authoritative certifications, it balances product durability and global market access capability.​
4. Precise Scene Adaptability: The fixed 40cm focusing height specifically meets the needs of close-range imaging. The manual focus design is simple and easy to operate, enabling clear shooting at specific distances without complex debugging, resulting in more targeted adaptability.​
5. HD Output with Smooth Frame Rate: Supporting 1080P@30FPS high-definition and smooth output, it not only meets image quality requirements but also guarantees image coherence in dynamic scenarios, adapting to embedded applications with frame rate demands.

Technical Parameters:

Applications:

• ESP32 IoT Terminals: Suitable for ESP32-based intelligent sensing terminals, IoT data acquisition devices, etc. Leveraging its direct connection advantage and high-definition imaging, it realizes functions such as environmental image monitoring and object status recognition.​
• Close-Range Visual Inspection Equipment: Can be integrated into small product appearance inspection instruments, electronic component identification devices, etc. The 40cm focusing height and low-distortion characteristics enable accurate capture of detailed features of close-range targets, assisting in rapid inspection.​
• Educational Training Platforms: Serves as training equipment for embedded technology and IoT majors in universities, helping students familiarize themselves with the hardware integration of DVP interfaces and ESP32, and master the debugging and application skills of image acquisition modules.​
• Portable Smart Surveillance Devices: Adapts to small portable surveillance recorders, DIY home micro-cameras, etc. The compact size and low power consumption brought by COB technology meet the design needs of portable devices, while 1080P image quality ensures monitoring effectiveness.​
• Commercial Self-Service Terminals: Can be used as the image acquisition module for self-service QR code payment devices and self-service terminals. With stable imaging quality and compliance certifications, it meets the high-frequency and high-reliability usage requirements in commercial scenarios.

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.

About US:

Cooperative Brands & Customers:

Why Chooes US:

Detail Pictures: