IMX265 Camera Modules for Advanced Machine Vision and Industrial Applications

The Sony IMX265 is a high-performance CMOS image sensor designed for industrial and machine vision applications. This 1/1.8-inch type sensor offers a resolution of 3.17 megapixels, delivering excellent image quality and detail. With its global shutter technology and high frame rates, the IMX265 excels in capturing fast-moving objects without distortion, making it ideal for factory automation, intelligent transportation systems (ITS), and high-speed inspection processes.

Detailed Specifications

Use Cases (Applications)

The IMX265 sensor is particularly well-suited for:

• Industrial machine vision and inspection systems
• Factory automation and robotics
• Intelligent Traffic Systems (ITS) and license plate recognition
• High-speed barcode and QR code scanning
• Medical and scientific imaging
• Augmented Reality (AR) and 3D scanning
• Drone and UAV cameras for industrial applications
• High-speed document scanning and sorting

Key Features of IMX265 Sensor

1. Global Shutter: Eliminates motion artifacts in fast-moving scenes
2. High Frame Rate: Up to 60 fps at full resolution
3. Large Pixel Size: 3.45 μm for excellent light sensitivity
4. Compact Size: 1/1.8-inch format for easy integration
5. Multiple Interface Options: LVDS and MIPI CSI-2 for system flexibility
6. Low Noise Performance: Improved signal-to-noise ratio
7. Programmable ROI: Supports flexible region of interest
8. Built-in Image Processing: Includes features like defect pixel correction

Benefits of IMX265 Sensor

Superior Motion Capture: The global shutter technology ensures crisp, distortion-free images of fast-moving objects, crucial for industrial inspection and robotics applications.

High-Quality Imaging: With 3.17 megapixels, the IMX265 provides detailed images suitable for precise measurements and analysis in machine vision systems.

Excellent Low-Light Performance: The large 3.45 μm pixel size allows for better light sensitivity, improving image quality in challenging lighting conditions often found in industrial environments.

Versatile Frame Rates: The ability to capture up to 60 fps at full resolution makes the IMX265 suitable for high-speed inspection processes and real-time monitoring applications.

Flexible Integration: The compact 1/1.8-inch format and multiple interface options (LVDS and MIPI CSI-2) allow for easy integration into various system designs.

Robust Performance: Designed for industrial use, the IMX265 offers reliable operation in demanding environments, with versions available for extended temperature ranges.

Efficient Data Processing: The programmable ROI feature allows for focused image capture and reduced data bandwidth, optimizing system performance in specific applications.

Cost-Effective Solution: By combining high performance with a reasonable resolution, the IMX265 offers a balance between image quality and system cost, suitable for a wide range of industrial applications.

The Sony IMX265 represents a paradigm shift in industrial imaging, offering a compelling fusion of speed and precision crucial for next-generation machine vision systems. This 3.17MP 1/1.8-inch CMOS sensor, with its innovative global shutter technology, effectively eliminates the motion artifacts that have long plagued high-speed imaging applications. Its ability to capture full-resolution images at up to 60 fps, coupled with a 12-bit ADC, ensures both temporal and tonal fidelity in demanding scenarios like automated optical inspection and high-speed robotics.

What truly sets the IMX265 apart is its exceptional sensitivity, achieving a remarkable quantum efficiency of 71% at 525 nm. This, combined with Sony’s advanced noise reduction techniques, enables clear imaging even in low-light industrial environments. The sensor’s support for various ROI modes and trigger functions further enhances its versatility, allowing for optimized bandwidth usage and precise synchronization with external events. By integrating the IMX265, manufacturers can push the boundaries of machine vision, enabling faster production lines, more accurate defect detection, and opening new possibilities in emerging fields like 3D sensing and augmented reality-guided manufacturing processes.