Hanwha XRN-1620SB1 16-Channel 8K Network Video Recorder

Hanwha XRN-1620SB1 16-Channel 8K Network Video Recorder

The Hanwha XRN-1620SB1 is an enterprise-grade 16-channel network video recorder designed to support high-resolution 8K (33+ MP) camera deployments. Built on Intel processor architecture, this NVR integrates PoE+ power delivery directly on the recorder, eliminating external power injectors and streamlining large-scale surveillance system installations. With 12TB of onboard storage and advanced H.265 compression, the XRN-1620SB1 delivers cost-effective, scalable video management for enterprise security operations.

Key Features

• 16 Integrated PoE+ Ports (802.3at): On-board power and network connectivity for up to 16 cameras, reducing infrastructure complexity and deployment costs while simplifying cable management in integrator installations.
• 8K Resolution Support (33+ MP): Records and displays ultra-high-resolution video enabling detailed forensic analysis, wide-area coverage, and superior evidence clarity for critical security investigations.
• H.265 Video Compression: Advanced H.265 codec maximizes storage efficiency, allowing extended recording periods and reduced bandwidth consumption compared to legacy H.264 systems.
• WiseStream and Wisenet AI Metadata Search: Intelligent analytics and metadata indexing accelerate incident investigation and forensic review, enabling rapid search across historical footage.
• ONVIF and SUNAPI Compatibility: Multi-protocol VMS integration ensures seamless interoperability with third-party video management platforms and existing surveillance ecosystems.
• 12TB Storage Capacity: Substantial onboard storage with microSD card expansion options for flexible archival and backup configurations.
• 30 fps Frame Rate: Smooth, real-time video delivery for continuous monitoring and forensic playback without frame loss.

Technical Specifications

• Form Factor: Network Video Recorder (NVR)
• Channels: 16 PoE+ powered inputs
• Maximum Resolution: 8K (33+ MP)
• Recording Frame Rate: 30 fps
• Network Bandwidth: 140 Mbps sustained recording
• Compression Standards: H.265, H.264, MJPEG
• Power Supply: PoE+ (802.3at) integrated
• Storage: 12TB internal + microSD expansion
• VMS Compatibility: ONVIF, SUNAPI

Enterprise Applications

• Large-scale facility surveillance (corporate campuses, manufacturing plants, logistics centers)
• Multi-site security operations centers requiring centralized video management
• Forensic-grade evidence capture for regulatory compliance and incident investigation
• Integrator deployments where simplified PoE+ architecture reduces on-site installation time
• Organizations requiring future-proof 8K camera support without legacy infrastructure replacement

Ted Perry

Perspective based on aggregated IP Security Depot and affiliated engineering team experience.

The XRN-1620SB1 represents Hanwha's commitment to high-resolution enterprise surveillance. The integrated PoE+ architecture is a significant operational advantage—16 on-board powered ports eliminate the need for external injectors, reducing both acquisition cost and deployment complexity. H.265 codec efficiency is essential for 8K workflows; storage and bandwidth constraints make legacy compression impractical at 33+ MP resolution.

WiseStream and Wisenet AI metadata search represent Hanwha's competitive differentiation in forensic analysis. Rather than forcing operators to manually scrub through 12TB of footage, intelligent metadata extraction enables rapid incident correlation and timeline reconstruction. ONVIF and SUNAPI support ensure this recorder integrates into hybrid VMS environments common in enterprise deployments.

The 12TB storage tier is configurable; integrators should calculate retention period based on per-camera bitrate, compression settings, and frame rate. At 30 fps with H.265, modern 8K cameras typically consume 50–80 Mbps per stream; this recorder's 140 Mbps total bandwidth supports 2–3 simultaneous 8K camera streams with significant margin for legacy cameras or higher frame rates on critical channels.