Seagate Skyhawk 2TB Internal Hard Drive, 3.5 Inch SATA 6Gb/s HDD for DVR & NVR Surveillance Systems, 24/7 Recording, Model ST2000VX007 (M. Refurbished)
Designed for Surveillance Systems: The Seagate SkyHawk ST2000VX007 is built specifically for DVR and NVR use, delivering reliable performance for continuous video recording
24/7 Reliable Operation: Engineered for always-on environments with optimized firmware to minimize dropped frames and ensure smooth video capture
Supports Multi-Camera Setups: Handles multiple HD camera streams for home security, retail stores, offices, and warehouse monitoring systems
Easy Installation & Broad Compatibility: Standard 3.5-inch SATA interface (6Gb/s) ensures compatibility with most surveillance DVR and NVR systems
Tarnish-Resistant Components: Help protect drive from environmental elements, increasing field reliability and longevity in various operating conditions
High Workload Capacity: Engineered for workloads of 120TB per year, more than 2 times that of standard desktop drives for demanding surveillance applications
Low Power Consumption: Minimizes heat and vibration emission with reduced startup current, improving long-term drive reliability and operational efficiency
Description
Seagate SkyHawk Lite models 2 TB, ST2000VX007
Seagate SkyHawk Lite is designed for small office and home to reliably record and play back sharp, high-quality video footage with no dropped frames.
Best-in-class surveillance-optimized hard drive is precision-tuned for high write surveillance workloads operating 24×7 in small business/home environments.
Built-in ImagePerfect firmware supports reliable, smooth streaming with no dropped frames.
Up to 2TB capacities, recommended for up to 32 HD cameras of surveillance video recording and playback.
Engineered for workloads of 120TB/year, >2 times that of desktop drives
Low power consumption and startup current minimizes heat and vibration emission, improving long-term drive reliability.
Tarnish-resistant components help protect drive from environmental elements, increasing field reliability.