Sony Pregius IMX367 Image Sensor

The Sony Pregius IMX367LQA-C is a powerful CMOS active pixel image sensor, designed for industrial and traffic imaging applications. With a large 21.6 mm diagonal size and a 19.66 MP resolution (4432 x 4436 pixels), this sensor offers high-resolution imagery and a square pixel array, making it ideal for tasks requiring precision, such as factory automation (FA) and intelligent transportation systems (ITS). One of the standout features is its global shutter with variable charge-integration time, allowing for fast, high-quality image captures without motion artifacts.

Operating on a triple power supply of 3.3 V (analog), 1.2 V (digital), and 1.8 V (interface), the IMX367LQA-C is designed with efficiency in mind, boasting low power consumption. Additionally, it offers high sensitivity, low dark current, and minimal pixel-level shading (PLS), ensuring clarity even in less-than-ideal lighting conditions. The sensor supports a frame rate of up to 28 fps in full resolution, catering to applications where both speed and detail are paramount.

The IMX367LQA-C is equipped with a pixel pitch of 3.45 μm, optimizing its capacity for high-speed data processing through SLVS and SLVS-EC interfaces. The global shutter architecture of the Pregius technology enables the sensor to perform exceptionally well in industrial settings, where capturing fast-moving objects with minimal distortion is critical. This makes it ideal for integration into machine vision cameras, FA cameras, and ITS cameras used in monitoring traffic or enforcing vehicle regulations.

• Resolution: 19.66 MP (4432 x 4436 pixels)
• Pixel pitch: 3.45 μm
• Frame rate: 28 fps
• Global shutter with variable charge-integration time
• Low power consumption and high sensitivity
• Interfaces: SLVS, SLVS-EC
• Applications: Factory automation, intelligent transportation systems

The Sony Pregius IMX367LQA-C, thanks to its low-noise global shutter, delivers excellent image quality, even under difficult lighting conditions, such as in traffic monitoring where reflections and low-light scenarios are common. Its broad dynamic range and fast processing capabilities make it a leading choice for high-performance imaging systems that demand precision, efficiency, and versatility.