The DVR 16 Channels HD 4-5 MP by NIRIKHON (Model NK XVR3116G3) delivers high-density recording with 16-channel 5MP HD decoding through efficient H.265+ compression. Its heavy-duty metal chassis ensures reliable heat dissipation for continuous operation, while a single SATA HDD supports up to 10TB of storage capacity. Auto power recovery restores recording instantly after interruption—engineered for stable, mission-critical central command surveillance deployment.
Sixteen dedicated BNC ports, calibrated to 1.0Vp-p at 75-ohm impedance, form the physical intake layer for all incoming camera feeds. This module ensures stable, loss-minimized signal transmission across long cable runs—critical for large-perimeter and multi-building institutional deployments.
This dedicated encoding unit compresses incoming 5MP video using H.265+, H.265, or H.264 formats before it reaches storage. By handling compression at the hardware level, it drastically cuts storage consumption while preserving image detail—extending retention periods without expanding disk requirements.
Built from reinforced metal, the chassis shields internal components from physical stress while channeling heat away from the processing core during continuous 24/7 runtime. This structural design is what allows the unit to operate reliably in dense server-room and command-center environments without thermal throttling.
A dedicated SATA interface connects directly to a single hard drive supporting capacity up to 10TB, managing all read/write operations for continuous recording. This controller is the system's memory backbone—the longer the retention window, the further back an evaluation committee can review recorded activity.
The RJ45 port bridges the DVR to the broader institutional network, enabling remote access and centralized data retrieval at up to 100Mbps. This interface is what turns a standalone recorder into a networked asset—accessible from a central monitoring point rather than only on-site.
A stabilized 12V/3A power circuit maintains consistent voltage delivery under sustained load, while the auto-recovery function automatically restores full operation after any power interruption. Together, these ensure recording never silently stops—a critical safeguard against surveillance gaps during unstable power conditions.
The mainboard coordinates four recording modes—manual, timer, motion, and smart event—deciding in real time how and when footage is captured across all 16 channels. This hub is the operational control layer, giving procurement teams the flexibility to configure recording behavior around specific security priorities.
The processing core is engineered to simultaneously manage 16 independent video channels at full 5MP resolution—handling real-time decoding and live display without frame loss. This is the system's operational brain, ensuring command-level personnel view sharp, synchronized footage across every connected channel at once.
Delivers unified, simultaneous live viewing of all 16 connected channels on a single command-center display grid.
Yes. The unit's processing architecture is engineered specifically to handle 16 independent channels at full 5MP resolution concurrently, for both live decoding and recording. Combined with H.265+/H.265/H.264 compression, the system maintains consistent frame integrity across all channels without requiring resolution downgrade under full load.
The unit is housed in an industrial-grade, heat-dissipating metal chassis designed to withstand sustained continuous operation. The metal body structure supports passive heat dissipation away from internal processing components, reducing thermal stress risk during extended, uninterrupted command-center deployment.
The system is equipped with an auto system recovery function that automatically restores full recording operation once power is restored — without requiring manual restart or reconfiguration by on-site personnel. This closes potential surveillance gaps that would otherwise result from unplanned power interruption.
H.265+ compression significantly reduces file size per recorded stream compared to standard H.264, without sacrificing 5MP image fidelity. Applied across the SATA interface's up to 10TB capacity, this extends the effective retention window available for compliance timelines and post-incident review, maximizing usable storage life per drive cycle.
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