Sony Pregius IMX249 – High-Sensitivity 2.3 MP Monochrome CMOS Sensor
High-sensitivity, 2.3 MP global shutter monochrome CMOS sensor for industrial applications requiring precise imaging.
Explore IMX249:
Product Overview
The IMX249LLJ-C provides high sensitivity, low noise, and 2.3 MP monochrome global shutter imaging, making it ideal for industrial applications.
The Sony Pregius IMX249LLJ-C offers a 2.3 MP monochrome CMOS sensor with a global shutter, providing superior image quality with high sensitivity and low power consumption. This sensor features a diagonal 13.4 mm (Type 1/1.2) optical format with a 5.86 µm pixel size, and it is designed for industrial applications where high-resolution, low-noise imaging is required. The IMX249 supports LVDS output and delivers a frame rate of up to 30 fps, making it ideal for applications such as machine vision, factory automation, and inspection systems. With its low dark current and high dynamic range, the sensor ensures excellent image performance in challenging lighting conditions.
Product Specifications
-
Pixel Size x [µm]
- 5.86
-
Pixel Size y [µm]
- 5.86
-
Interface
- LVDS
-
Aspect Ratio
- 16 : 9
-
Bit Depth
- 12
-
Chromatics
- Monochrome
-
Dymanic DB
- 68
-
Frame Rate [fps]
- 30
-
Full Well
- 31800
-
Horizontal Resolution [px]
- 1920
-
Image Diagonal [mm]
- 13.27
-
Manufacturer
- Sony
-
Min. Storage Temperature [°C]
- -10
-
Package
- LGA
-
Pins / Balls
- 118
-
Protective Film
- Yes
- Quantum Efficiency Wavelength
- 532
-
Read Noice
- 12
-
Resolution [MP]
- 2.3
-
Sensor Size
- 1/1.2 inch
-
Sensor Technology
- Exmor
-
Sensor Type
- CMOS
-
Shutter Type
- Global Shutter
-
Signal noise ratio [dB]
- 45
-
Vertical Resolution [px]
- 1200
Resources & Documentation
- Available Files & Links
Accessories
FRAMOS modules built on the IMX249
Ready-to-integrate camera modules, sensor modules and development kits from FRAMOS that use this sensor.
Latest Blog Posts
Our latest blogs
Welcome to our blog section, where knowledge meets inspiration. Explore insightful articles, expert tips, and the latest trends in our field.
View All


