Arducam B0623 3MP ISX031 HDR MIPI Camera for Jetson Orin Nano/NX

Connect the camera module to your Jetson carrier board using the supplied 22-pin FPC cable, plugging into the MIPI CSI-2 camera connector. Power is supplied via the 5V pin on the connector. You will then need to enable the camera in the NVIDIA JetPack SDK, typically by modifying the device tree to recognize the sensor and configuring the GStreamer or V4L2 pipeline for video capture.

Yes, the integrated ISP on the Sony ISX031 sensor provides programmable control over key imaging parameters. You can adjust exposure, gain, white balance, and HDR modes through the standard V4L2 (Video4Linux) API on the Jetson platform. This allows fine-tuning for specific lighting conditions directly from your Python, C++, or ROS-based application running on the Orin.

The LED flicker mitigation hardware within the ISX031 sensor detects and compensates for the pulsed nature of common LED lights, which can cause visible banding or flicker in video feeds. This is critical for reliable vision in industrial settings, traffic monitoring under streetlights, and any environment illuminated by LEDs, ensuring stable and artifact-free image capture for AI inference.

No, the Arducam B0623 is specifically designed for the MIPI CSI-2 interface and power signaling of NVIDIA Jetson Orin platforms (Nano, NX, AGX Orin). Its driver support and physical connector are optimized for this ecosystem. For Raspberry Pi, you would need a camera module designed for its specific CSI-2 connector and compatible with the Broadcom pipeline.

The camera operates from a 5V supply, typically provided by the Jetson carrier board via the MIPI connector. Its total power consumption is approximately 1 Watt, which translates to a current draw of around 200mA. Ensure your power supply and carrier board can provide stable 5V power to the CSI-2 port to avoid image corruption or module reset.