IMX378-79 12.3MP Camera Module for Raspberry Pi (4056x3040 Resolution, FOV 79°)

IMX378-79 Camera Module delivers high‑precision imaging for embedded vision, industrial monitoring, and advanced robotics systems. Built around the Sony IMX378 photosensitive chip, this 12.3MP vision module captures ultra‑detailed images at a resolution of 4056×3040 while maintaining a focused 79° field of view for accurate scene analysis. Designed for seamless integration with Raspberry Pi single-board computers such as Raspberry Pi 5 and Raspberry Pi 4, this CSI camera board includes two FPC cables to simplify hardware connection and accelerate deployment in machine vision, automation, and intelligent sensing projects.

Seamless Raspberry Pi Integration

This embedded vision camera uses a MIPI‑CSI‑2Lane interface to ensure efficient high‑bandwidth image transmission between the imaging board and Raspberry Pi computing platforms. Compatibility with Raspberry Pi 5, Raspberry Pi 4, and Raspberry Pi Zero enables rapid deployment across compact AI systems, edge computing projects, and robotics controllers. Two included FPC cables (15‑pin and 22‑pin) allow flexible connection across multiple board layouts, eliminating the need for extra accessories and enabling quick installation for prototype development, industrial evaluation, and scalable embedded vision systems.

Figure: Wiring Diagram of IMX378-79 12.3MP Raspberry Pi Camera and Raspberry Pi 5 / Raspberry Pi Zero

Sony IMX378 Sensor for Superior Image Quality

This high‑resolution camera board incorporates the Sony IMX378 CMOS sensor, a widely used imaging chip known for strong light sensitivity and detailed color reproduction. A 1.55μm × 1.55μm pixel structure improves light capture and image clarity, supporting reliable visual data collection for machine vision algorithms. An integrated infrared filter enhances color accuracy by blocking unwanted infrared wavelengths, enabling dependable results in industrial inspection, recognition systems, and scientific imaging environments where precise color representation and sharp detail are essential.

High‑Resolution Imaging with a 79° Field of View

This 12.3MP imaging module captures detailed frames at 4056×3040 resolution while maintaining a controlled 79° viewing angle. The narrower field of view concentrates pixels on target areas, improving recognition accuracy and measurement reliability during close‑range inspections. Optical distortion remains below 1.5%, supporting consistent geometry in captured frames. Such characteristics make this CSI camera board well suited for object detection, quality inspection systems, automated production monitoring, and other embedded vision scenarios requiring clear imagery and precise visual analysis.

Figure: Dimension Diagram of IMX378-79 12.3MP Raspberry Pi Camera

Choosing Between 79° and 190° IMX378 Camera Versions

The IMX378 imaging series includes two optical configurations: a 79° field‑of‑view version and a 190° ultra‑wide variant. The 79° configuration focuses on precision visual capture, making this industrial camera module suitable for object recognition, automated inspection, and close‑range measurement tasks. The 190° wide‑angle option prioritizes large‑area coverage for monitoring environments such as security systems, smart home observation, mobile robots, and wide‑scene inspection. Wider viewing angles reduce blind spots and allow fewer cameras to monitor expansive areas.

Figure: Raspberry Pi CSI Camera Selection Table

Such capabilities make this compact CSI vision module a strong fit for embedded AI projects, robotics perception, automated inspection equipment, and advanced edge‑vision development where high‑resolution imaging and stable integration with single‑board computers are required.