Hanwha Vision - Us QRN-1630S-16TB 16-channel Nvr 16TB

Product Description

The HANWHA VISION - US QRN-1630S-16TB is a 16-channel network video recorder (NVR) with 16TB of onboard storage and 16 built-in Power over Ethernet (PoE) ports. It is designed for IP camera-based surveillance systems and consolidates video recording, storage, and camera power delivery into a single unit. Security integrators and system technicians install this recorder in commercial and light-industrial environments where centralized video management and direct PoE camera connectivity are required.

This NVR is suited for mid-scale IP surveillance deployments where direct camera connections are needed without a separate PoE switch. The 16 integrated PoE ports allow cameras to receive both data and power over a single Ethernet run, simplifying installation and reducing infrastructure overhead. Typical applications include commercial buildings, warehouses, retail locations, and multi-unit facilities requiring continuous recording across 16 camera channels.

Key Features

• 16-channel NVR supports up to 16 simultaneous IP camera feeds
• 16TB onboard storage for extended continuous or motion-triggered recording
• 16 built-in PoE ports eliminate the need for a separate PoE switch
• Single-unit design consolidates power delivery and video recording
• Intended for professional installation in commercial surveillance systems

Compatibility

Designed as an OEM-style network video recorder for use with IP cameras in professional PoE-based surveillance systems.

Installation Notes

Installation should be performed by a qualified security systems technician or low-voltage installer familiar with IP network architecture and NVR configuration. Power down and disconnect the unit before making any physical connections to the recorder. Ensure the network switch or router environment is properly configured before connecting cameras to the PoE ports. Follow all applicable local codes and the manufacturer guidelines for rack mounting, ventilation clearance, and network segmentation.