Sony Pregius IMX296 – 1.58 MP Color CMOS Sensor

Description

The Sony IMX296LQR-C is a compact and versatile CMOS image sensor, designed for high-precision applications in sensing systems. With a Type 1/2.9 format and a resolution of 1.58 megapixels (1456 x 1088), this sensor delivers exceptional image quality and is optimized for a wide range of industrial applications. Built with Sony's Pregius global shutter technology, the IMX296 provides distortion-free imaging, making it ideal for capturing fast-moving objects in dynamic environments.

The IMX296 features a 3.45 µm pixel size, which offers high sensitivity and low noise performance, ensuring accurate image capture even in low-light conditions. With its low parasitic light sensitivity (PLS) and low dark current, the sensor consistently delivers clear and sharp images across various lighting environments. Operating at a maximum frame rate of 60 fps, the IMX296 balances speed and precision, making it well-suited for real-time sensing applications that require reliable, high-quality image output.

To ensure energy-efficient operation, the IMX296 is powered by a triple power supply system—analog 3.3V, digital 1.2V, and interface 1.8V—keeping power consumption low while maintaining continuous performance in demanding environments. Additionally, the sensor's variable charge-integration time allows for flexible control over exposure, enabling users to optimize image quality for specific applications.

• Resolution: 1.58 MP (1456 x 1088 pixels)
• Pixel size: 3.45 µm x 3.45 µm
• Maximum frame rate: 60 fps
• Global shutter for motion distortion-free imaging
• Low power consumption with triple power supply system
• Applications: Sensing systems, real-time imaging

The IMX296LQR-C is housed in a 138-pin LGA package and features an LVDS interface, ensuring easy integration into various sensing and imaging systems. With its combination of Sony’s Pregius global shutter technology, high sensitivity, and low power consumption, the IMX296 is an ideal solution for applications requiring precise and reliable image capture in both industrial and real-time environments.