IMX219-77-4Lane 8MP Camera Module for Raspberry Pi 5 (3280x2464 Resolution, FOV 79°)

The IMX219-77-4Lane 8MP Camera Module offers an unparalleled imaging experience for the Raspberry Pi 5, driven by the renowned Sony IMX219 sensor. With an exceptional 8 million pixels and a resolution of 3280x2464, it captures images with remarkable clarity and precision, transforming ordinary visuals into detailed masterpieces. Its MIPI-CSI-4Lane interface ensures rapid data throughput, perfect for projects demanding high-performance image processing such as advanced security systems, robotics, and real-time image analysis.

Engineered for exceptional interoperability with the Raspberry Pi 5, this camera module provides seamless connectivity through its user-friendly 22-pin 0.5mm pitch connector. This effortless integration allows developers to instantly enhance their Raspberry Pi projects, paving the way for innovative applications in technology and automation.

The high-resolution capability of this camera is truly outstanding, rendering every nuance in high definition. With an impressive 79.3° field of view, you achieve distortion-free, comprehensive image capture. This is ideal for intricate tasks such as visual inspections or security monitoring where detail is paramount.

Thanks to the advanced MIPI-CSI-4Lane interface, you benefit from a substantial performance boost over traditional 2-lane models. This translates to superior frame rates, ensuring fluid video streams that are crucial for dynamic applications like object tracking, advanced machine vision, and autonomous systems.

Choosing between the IMX219-77-4Lane camera's 79° and 120° FOV versions depends on the intended application. The 79° version is tailored for precision tasks such as close-range inspections and object recognition, offering enhanced detail within a more confined view. In contrast, the 120° wide-angle option is designed for broad area monitoring, enabling fewer cameras to cover expansive areas efficiently, making it ideal for security and smart home applications.