i-PRO NVR-RL-2-128TB-V5 Rack-Mount Network Video Recorder
Overview
The i-PRO NVR-RL-2-128TB-V5 is a 2U rack-mounted Network Video Recorder designed for large-scale enterprise surveillance where you need sustained multi-stream recording across hundreds of simultaneous camera feeds. Built on dual Intel Xeon Silver processors (12-core/24-thread each) with 64GB system RAM and 128TB native storage, this system handles high-bitrate continuous recording, real-time video analytics, metadata indexing, and responsive playback across months or years of retention—depending on bitrate and compression settings. The NVR-RL-2-128TB-V5 ships with Windows Server 2022 Standard Edition pre-installed, making it ready for campus-wide networks, multi-location facilities, and distributed camera architectures where data center deployment is standard.
Compatibility
The NVR-RL-2-128TB-V5 integrates with i-PRO's professional IP camera line and supports standard ONVIF-compliant network cameras from other manufacturers. The dual Xeon Silver configuration handles demanding multi-stream surveillance workloads—live ingest from multiple IP cameras, simultaneous playback sessions, metadata database operations, and edge analytics processing—without performance bottlenecks. Verify specific camera model compatibility with pre-sales engineering or your integrator before deployment; the system's architecture supports high-concurrency operations across diverse camera families.
Installation Notes
The 2U form factor fits standard 19-inch data center racks. System requires enterprise-grade rack power infrastructure and Gigabit Ethernet network connectivity minimum. The 128TB integrated storage capacity supports extended retention periods (months to years depending on bitrate and compression). Coordinate rack space allocation, power budgeting, network switch port capacity, and backup or archival strategy with your IT and security teams before deployment. The sustained high-bitrate recording capability across hundreds of simultaneous streams demands proper network segmentation and switch QoS configuration to avoid stream degradation.
