i-PRO WJ-NX200/6000T6 9-Channel Network Video Recorder
Overview
The WJ-NX200/6000T6 is a 9-channel network video recorder designed for small-to-medium surveillance deployments that need 1080p HD recording without complex infrastructure. The unit ships with 6TB pre-installed storage and supports H.265 compression to extend retention 40–60% compared to H.264 — a meaningful advantage when running continuous recording across multiple cameras on a single drive. Note: i-PRO has discontinued this model. Existing installations remain supported by i-PRO technical channels, but new deployments should evaluate current i-PRO NVR offerings.
Compatibility
The WJ-NX200/6000T6 integrates with i-PRO IP cameras and third-party IP cameras that comply with ONVIF standards. All 9 input channels accept 1080p high-definition streams. Remote access is available via mobile and web applications for live viewing and playback. Older proprietary i-PRO camera models may require firmware verification — confirm camera model compatibility with i-PRO technical documentation before committing to a deployment.
Recording and Storage
The single 6TB hard drive supports continuous, motion-detection, and scheduled recording modes. Storage life depends on frame rate, resolution, and retention policy — calculate your needs (cameras × bitrate × days of retention) before installation. If your deployment later requires redundancy or capacity beyond 6TB, external storage is supported. H.265 codec selection is essential here: switching from H.264 to H.265 can roughly double your usable retention window on the same drive.
Installation Notes
Standard AC power and Ethernet connectivity are required. Position the unit in a climate-controlled environment with adequate ventilation around the hard drive enclosure. Verify your network switch can handle 9 simultaneous 1080p camera streams — older or undersized switches may bottleneck bandwidth. No specialized mounting hardware is documented; standard rack or shelf placement applies. Confirm local network capacity before deployment to avoid saturation on high-bitrate streams.
