AXIS M4327-P 6MP FISHEYE NETWORK CAMERA POE 180 360 AI

Offering 180°/360° coverage and no blind spots, this fisheye camera supports advanced analytics based on deep learning on the edge. Its ultra-compact size makes it ideal for wherever you need high-quality indoor surveillance.

Great video performance

AXIS M4327-P offers a complete overview with outstanding sharpness, great detail, and no blind spots. This 6 MP camera delivers 360° or 180° panoramic overviews at up to 30 fps. It includes Axis Lightfinder and Axis Forensic WDR for true colors and great details in challenging light or near darkness. With its stereoscopic lens and digital PTZ, you can choose what to see in the view areas and at what zoom level in up to four areas simultaneously. Furthermore, built on ARTPEC-8, the latest Axis system-on-chip (SoC), this panoramic camera enables improved image processing and great image quality.

Deep learning on the edge

This indoor fisheye camera includes adeep learning processing unit (DLPU)enabling improved processing and storage capabilities. Plus, you can collect and analyze even more data than before - on the edge. Additionally, it delivers valuablemetadata, facilitating fast, easy, and efficient forensic search capabilities in live or recorded video. Thanks to AXIS Object Analytics, it's possible to detect and classify moving objects in a scene - all tailored to specific needs. Furthermore, with support for ACAP version 4, you can add value to your system with tailor-made applications based on deep learning on the edge.

Great look and ease of installation

This discreet, ultra-compact, affordable camera is quick and easy to install. With accessory casings available, it can also be repainted to blend in with any surroundings. It's delivered factory-focused. And, thanks to digital roll functionality, you can remotely adjust the rotation of the camera overview - no need to do it manually on the camera. Furthermore, AxisZipstream, with support for H.264 and H.265, significantly reduces bandwidth and storage requirements without compromising image quality.