The 16 Channel 6MP NVR by NIRIKHON (Model NKNVR3216 -V3-IQ) delivers high-density, stable video decoding across 16 simultaneous channels, engineered for institutional recording and command & control operations. Its heavy-duty metal body ensures superior heat dissipation for continuous 24/7 reliability, while H.265+ compression optimizes bandwidth efficiency. With dual SATA bays supporting up to 16TB total storage and Smart Event recording, it delivers mission-critical central command performance.
The central processing core manages simultaneous 16-channel operations, coordinating video decoding, storage, and network functions in real time. Engineered to sustain stable, high-density performance under continuous institutional recording loads.
Handles real-time decoding of up to 16 concurrent 6MP HD video streams, enabling smooth, simultaneous multi-channel display and analysis. Built to process high-resolution feeds without compromising system responsiveness during full-channel operation.
Manages two independent SATA hard drive bays, supporting up to 16TB of total storage capacity across both drives. Provides the structural data pathway for continuous, high-volume institutional video archiving.
Executes advanced H.265+/H.265/H.264 compression at the hardware level, significantly reducing storage consumption and network bandwidth. Ensures high-resolution footage is preserved efficiently across extended recording periods.
Serves as the primary data pathway connecting the NVR to command center infrastructure, enabling centralized access and control. Supports stable, uninterrupted connectivity for real-time institutional monitoring.
Delivers stable DC 12V/3A power distribution across all internal components, ensuring consistent performance during continuous 24/7 operation. Engineered to maintain electrical stability under sustained institutional workloads.
Channels heat away from high-load processing components during extended multi-channel operation, working in coordination with the metal chassis to prevent thermal buildup. Supports sustained system stability during continuous recording cycles.
A rugged metal enclosure provides structural protection and enhanced heat dissipation, safeguarding internal components during extended operational deployment. Engineered for long-term durability in demanding institutional command environments.
Description: Renders live 16-channel 6MP feeds in a unified grid interface, giving operators immediate full-facility situational visibility from the command center.
The NVR is engineered with a dedicated processing core designed to manage 16 concurrent HD video channels, supported by H.265+ hardware compression to optimize bandwidth and storage efficiency during simultaneous multi-channel operation. Procurement teams requiring specific throughput benchmarks (e.g., total Mbps input capacity) should request supplementary confirmation during technical evaluation, as this figure was not explicitly detailed in the confirmed specification set.
The heavy-duty metal chassis provides structural heat dissipation, working alongside internal thermal management to support sustained performance during continuous multi-channel recording. This construction is designed for long-term durability in demanding institutional command environments requiring uninterrupted operation.
The system supports two independent SATA HDD bays, each accommodating up to 8TB, for a combined total of 16TB storage capacity. RAID configuration was not part of the confirmed specification set for this unit; procurement officers requiring RAID-based redundancy should request formal confirmation of supported RAID levels during technical evaluation to ensure alignment with institutional data-resilience requirements.
H.265+ compression is supported alongside H.265 and H.264 standards, enabling significantly reduced file sizes and bandwidth consumption while preserving high-resolution image quality. This allows institutional deployments to extend effective storage retention periods within the same 16TB capacity compared to older compression formats.
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