Hanwha Vision XND-8083RV 6MP Ir Indoor Vandal Dome Ai Camera

Product Description

The HANWHA VISION - US XND-8083RV is a 6-megapixel indoor vandal-resistant dome camera with infrared illumination and onboard AI analytics. Designed for professional security installations, this IP dome camera captures high-resolution footage in low-light and no-light environments using its built-in IR system. The AI capability supports intelligent video functions such as object detection and classification, reducing false alerts and improving monitoring efficiency. Security integrators and low-voltage technicians install this unit in commercial and institutional interior spaces where image clarity and tamper resistance are required.

The XND-8083RV is suited for indoor commercial, institutional, and industrial environments where ceiling or surface-mount dome cameras are the standard form factor. Its vandal-resistant housing makes it appropriate for high-traffic areas, corridors, lobbies, and other locations where camera integrity must be maintained. This unit is sold individually and integrates into IP-based video surveillance systems managed through compatible network video recorder platforms.

Key Features

• 6-megapixel resolution for detailed image capture in demanding indoor environments
• Built-in infrared illumination for low-light and zero-light surveillance coverage
• Vandal-resistant dome housing suited for high-traffic interior installations
• Onboard AI analytics for intelligent object detection and classification
• IP dome form factor compatible with standard ceiling and surface-mount installations

Compatibility

Designed as an OEM-style IP dome camera for use within professional network video surveillance systems supporting standard IP camera integration protocols.

Installation Notes

Installation should be performed by a licensed low-voltage or security systems technician familiar with IP camera deployment and network configuration. Power down the network switch port or PoE injector before making physical connections to the camera. Follow local electrical codes and building requirements for cable routing and mounting hardware. Verify network settings and IP address assignment before finalizing the installation.