Sony Pregius IMX255 – 8.95 MP Color CMOS Sensor

The Sony IMX255LQR-C is a high-performance CMOS image sensor designed for both industrial and specialized applications such as traffic surveillance. This Type 1 sensor offers an impressive resolution of 8.95 megapixels (4112 x 2176), making it suitable for high-detail imaging needs, including 4K pixel coverage. Built with Sony’s Pregius global shutter technology, the IMX255 ensures distortion-free image capture, which is essential for fast-moving objects in dynamic environments.

The IMX255 features a pixel size of 3.45 µm, which is optimized for high sensitivity and low noise, ensuring clear and sharp image quality in a wide range of lighting conditions. Operating at a maximum frame rate of 93.7 fps, this sensor is ideal for applications that require both high resolution and high-speed imaging, such as machine vision, traffic monitoring, and automated inspection systems.

The IMX255LQR-C shares the same pin-compatible package as the IMX253, allowing seamless integration and easy upgrades in systems using the IMX253 sensor. It supports an efficient triple power supply system-analog 3.3V, digital 1.2V, and interface 1.8V-to maintain low power consumption, making it suitable for continuous operation in industrial environments.

• Resolution: 8.95 MP (4112 x 2176 pixels)
• Pixel size: 3.45 µm x 3.45 µm
• Maximum frame rate: 93.7 fps
• Global shutter for motion distortion-free imaging
• Pin-compatible with IMX253 for easy system upgrades
• Applications: Machine vision, traffic surveillance, automated inspection

The IMX255LQR-C excels in high-resolution and high-speed imaging, making it an ideal sensor for capturing detailed visuals in both industrial and traffic-related applications. Its 4K pixel coverage combined with the Pregius CMOS global shutter technology delivers top-tier performance, ensuring accurate imaging even in high-motion environments. With its robust LGA 226-pin package and LVDS interface, the IMX255 is a flexible and powerful solution for next-generation imaging systems.