Axis P3747-PLVE (4x5 MP) Outdoor AI IR Panoramic Network IP Camera, 02897-001

The Axis P3747-PLVE (4x5 MP) Outdoor AI IR Panoramic Network IP Camera, 02897-001, delivers superior multidirectional coverage and intelligent surveillance capabilities in a single, efficient unit. Featuring four individually controllable 5 MP sensors, this camera captures detailed imagery across a 360° field of view at 20 fps per channel. It supports remote pan, tilt, roll, and zoom (PTRZ) for precise camera adjustment, reducing the need for physical access during installation or maintenance. Its built-in infrared (IR) illumination with independently adjustable LEDs ensures consistent visibility even in total darkness, making it ideal for large outdoor installations such as parking lots, campus grounds, and public spaces.

Engineered for advanced analytics, the P3747-PLVE integrates AI-based features such as object classification and behavioral detection to enhance situational awareness and reduce false alarms. Axis Edge Vault provides robust device-level cybersecurity, protecting sensitive data and credentials. The outdoor-ready enclosure is rated IP66, IP67, and IK10 for resistance against weather and impact, ensuring continuous operation in harsh conditions. With its combination of high-resolution coverage, secure edge computing, and flexible deployment, the Axis P3747-PLVE stands out as a high-performance solution for enterprises requiring comprehensive and intelligent video surveillance.

Key Features:

• Four 5 MP sensors with 360° panoramic coverage at 20 fps per channel
• Remote PTRZ functionality for streamlined installation and maintenance
• Built-in AI analytics for intelligent event detection and classification
• Individually controllable 360° IR LEDs for enhanced low-light performance
• Axis Edge Vault for secure device authentication and data protection
• Outdoor-ready with IP66, IP67, and IK10 ratings for weather and vandal resistance
• Support for Zipstream with H.264/H.265 to reduce bandwidth and storage usage
• Flexible positioning of each sensor to cover wide or targeted areas