IMX219-120-4Lane 8MP Camera Module for Raspberry Pi 5 (3280x2464 Resolution, FOV 120°)

IMX219-120-4Lane 8MP Camera Module delivers a compact high‑resolution imaging solution engineered for the Raspberry Pi 5. Built around the Sony IMX219 photosensitive sensor, this wide‑angle camera board captures sharp 3280×2464 images while maintaining fast data throughput through a MIPI‑CSI 4‑lane interface. A 120° field of view enables broad scene coverage, supporting applications that require wide monitoring and detailed visual data. This CSI camera accessory suits robotics vision systems, embedded AI projects, smart surveillance nodes, and advanced maker or research environments where reliable image acquisition and compact integration are required.

Optimized Integration for Raspberry Pi 5

Designed specifically for seamless use with Raspberry Pi 5 systems, this embedded vision module connects through a 22‑pin 0.5 mm pitch FPC interface aligned with the board’s CSI connector. The camera board supports straightforward hardware integration and stable communication with the latest Raspberry Pi imaging stack. Such compatibility allows rapid deployment in robotics platforms, AI vision experiments, edge computing systems, and prototyping environments without complex hardware adaptation.

Figure: Wiring Diagram of Raspberry Pi 5 and IMX219-120-4Lane camera module

8MP Imaging with Wide 120° Coverage

This wide‑angle vision sensor integrates an 8‑megapixel Sony IMX219 CMOS sensor paired with a 120° field‑of‑view lens. The combination enables detailed image capture while covering a significantly larger monitoring area compared with standard narrow‑angle modules. Such optical coverage benefits applications including environmental monitoring, security observation, robotic navigation, and large‑area inspection tasks where broad scene visibility reduces blind spots.

Figure: IMX219-120-4Lane 8MP Raspberry Pi 5 Camera Module Test Shot at 50cm - Approximate Horizontal Field: 96cm, Vertical Field: 75cm (Manual Measurement, Allow for Error)

MIPI‑CSI 4‑Lane Interface for High Throughput

Compared with traditional 2‑lane CSI camera modules, this high‑speed imaging board utilizes a MIPI‑CSI‑4Lane interface that supports faster data transmission and improved frame performance. Higher bandwidth enables smoother video capture and more responsive image processing for demanding workloads such as real‑time object recognition, machine vision experiments, and AI‑based visual analysis on embedded computing platforms.

Figure: Dimension Diagram of IMX219-120-4Lane 8MP Raspberry Pi 5 Camera

This CSI camera series also includes a 79° field of view version designed for narrower and more focused imaging tasks such as industrial inspection, object recognition, and precision monitoring. The 120° wide‑angle edition targets broader scene capture in surveillance systems, smart home monitoring networks, autonomous robots, and large‑area visual inspection setups where wider coverage reduces the number of required cameras.

Figure: Raspberry Pi CSI Camera Selection Table

Broad field coverage, high‑resolution imaging, and high‑bandwidth CSI connectivity make this Raspberry Pi vision module suitable for robotics navigation, AI visual sensing, security monitoring nodes, smart home observation systems, and experimental machine vision platforms requiring reliable wide‑angle image capture.