IMX675 is a 1/3” 5.12M CMOS image sensor with Dual Output technology capable of outputting the entire image or specific regions at different rates while accurately recognizing fast-moving objects. The dual output technology can output all pixels at a maximum rate of 40 frames per second while simultaneously outputting user-set regions of interest. The image sensor can not only provide the full image but also support specific regions with a high level of detail.

The new image sensor incorporates STARVIS 2 technology for high sensitivity and wide dynamic range. A dynamic range of 78 dB is approximately 250% greater than conventional models (compared to IMX335) and its power consumption is also 30% lower (compared to IMX335). The low-power design helps to reduce system costs.
 

Key Features:

1. Dual image output for simultaneous output of all images and specific regions of interest
2. Dynamic range of single exposure is approximately 250% greater than previous models (compared to IMX335LQN-C)
3. 250% improvement in NIR sensitivity (compared to IMX335LQN-C)

Key Specifications

Model name		IMX675
Effective pixels		2608 × 1964 (H x V), approx. 5.12 megapixels
Image size		Diagonal 6.53 mm (1/2.8-type)
Unit cell size		2.0 μm × 2.0 μm (H x V)
Frame rate	All pixels	10 bit 80 fps, 12 bit 60 fps
Sensitivity		14840 Digit/lx/s
Sensor saturation signal level (minimum value)		3895 Digit
Power supply	Analog	3.3V
	Digital	1.1V
	Interface	1.8V
Output		MIPI D-PHY 2/4 lanes
Package		Ceramic LGA 12.0 mm × 9.3 mm

參考資料:

https://www.Sony-semicon.com/en/news/2022/2022072001.html