12.3MP Camera Module for NVIDIA Jetson Nano & Raspberry Pi CM3

DFRobot 12.3MP Camera Module for NVIDIA Jetson Nano integrates Sony’s IMX477R image sensor to deliver high‑resolution imaging and strong low‑light performance for embedded vision systems. Designed for compatibility with NVIDIA Jetson Nano platforms and Raspberry Pi CM3 compute modules, this high‑performance machine‑vision camera supports interchangeable C‑mount and CS‑mount lenses. The 12.3‑megapixel imaging unit provides significantly larger pixel area compared with IMX219‑based camera boards, enabling improved sensitivity and cleaner image capture for robotics, AI vision processing, and industrial imaging applications.

Figure: 12.3MP Camera Module for NVIDIA Jetson Nano

12.3MP Sony IMX477R Image Sensor

This embedded vision camera board adopts Sony’s IMX477R back‑illuminated CMOS sensor, delivering a resolution of 4056×3040 pixels. The high‑definition imaging capability supports demanding machine‑vision workloads including object detection, AI training datasets, and precision inspection tasks. Compared with earlier generation IMX219 sensors, the upgraded imaging architecture significantly improves detail capture, dynamic range, and overall image fidelity, making this high‑resolution CSI camera suitable for both industrial vision integration and advanced maker projects.

Enhanced Low‑Light Sensitivity

A larger pixel area—nearly 50% greater than common IMX219 camera modules—improves light collection efficiency and reduces image noise in dim environments. Combined with the back‑illuminated sensor structure, this machine‑vision imaging module achieves better sensitivity and stable exposure under challenging lighting conditions. Such performance advantages benefit robotics perception systems, intelligent monitoring solutions, and AI vision development where reliable image capture remains critical across varying illumination levels.

C‑Mount and CS‑Mount Lens Compatibility

The camera board supports both C‑mount and CS‑mount lenses through the included conversion ring, enabling flexible optical configuration for different field‑of‑view and focal‑length requirements. Adjustable back focal length allows accurate focus calibration when integrating professional lenses. This interchangeable‑lens design makes the imaging module adaptable to applications such as long‑distance surveillance, machine‑vision inspection, robotics navigation, and research imaging platforms that require customized optics.

Such a high‑resolution AI vision camera module fits a wide range of embedded imaging scenarios including robotics vision, smart monitoring systems, AI edge computing, and industrial inspection platforms. Compatibility with Jetson Nano and Raspberry Pi compute modules enables rapid integration into machine‑learning pipelines, prototyping environments, and STEM Education vision projects requiring high‑quality sensor data.