WD Purple Pro Air/Helium 3.5-Inch 6GB/s SATA 7200RPM Surveillance Hard Drives

WD Purple Pro Air/Helium 3.5-Inch 6GB/s SATA 7200RPM Surveillance Hard Drives


 

The WD Purple Pro Air/Helium 3.5-inch Surveillance Hard Drive is expertly designed to meet the growing needs of modern security systems. Built for continuous 24/7 operation in enterprise-grade surveillance settings, this drive excels at managing high-resolution video streams, recording from multiple cameras, and supporting AI-enhanced analytics—key components for today's sophisticated surveillance setups. With a 7200 RPM rotational speed and a 6Gb/s SATA interface, the WD Purple Pro ensures fast data access and high-speed transfers, allowing for smooth performance even under demanding workloads. Its helium-sealed design enhances both durability and efficiency, making it a dependable choice for systems that capture and analyze large volumes of footage.

It is Specifically optimized for AI-enabled surveillance and deep learning applications, this drive effortlessly supports multi-stream recording and handles AI metadata, making it an ideal solution for smart surveillance networks in critical infrastructures, retail environments, transportation hubs, and public spaces.

Key Features & Benefits:

  • AI Surveillance: Supports up to 64 single-stream HD cameras plus an additional 32 AI streams, making it perfect for intelligent video analytics.
  • Helium-Sealed Design: Delivers higher capacities with improved power efficiency and reduced internal friction, ensuring enhanced reliability for enterprise surveillance systems.
  • AllFrame AI Technology: Reduces video loss, enhances recording performance, and ensures smooth video playback, even when handling multiple camera feeds with AI metadata streams.
  • High Workload Rating: Engineered to handle 550TB/year workloads, making it ideal for high-intensity recording environments like smart cities, airports, and large campuses.
  • 7200 RPM Performance: Provides faster read/write speeds for handling high-resolution video feeds and event-triggered data capture without frame drops.

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