WD Black Performance Hard Drive WD4004FZWX / Hard drive / 4 TB / internal / 3.5" / SATA 6Gb/s / 7200 rpm / buffer: 128 MB | WD4004FZWX

Description

WD Black hard drives are designed for desktop PC and power users who demand performance. Upgrade your old hard drive to a higher capacity and reliability.

Special Features

• Inspiring performance, demanding capacity
• For creatives & enthusiasts
• For gamers
• Increased cache sizes
• Dual-core processing
• Increased reliability

Product features

• Inspiring performance, demanding capacity
  WD Black hard drives are designed for desktop PC and power users who demand performance. Upgrade your old hard drive to a higher capacity and reliability.
• For creatives & enthusiasts
  Whether you're a photographer, video editor, digital artist, or want to build your own system, look no further than WD Black drives as your go-to solution. WD Black drives deliver inspiring performance for storing large multimedia files of photos, videos and applications.
• For gamers
  Tuned for performance and perfect for gaming, WD Black drives offer large capacities to store your expanding gaming library. Plan for the future of your gaming PC with enough capacity for extra downloadable game content and combine with an SSD for maximum PC performance.
• Increased cache sizes
  Achieve faster read-rate performance and high-speed transfer speeds. WD's Dynamic Cache Technology improves performance in real time to allocate and optimize cache between reads and writes.
• Dual-core processing
  The WD Black drive features a dual-core processor that offers twice the processing capability as a standard single-core processor to maximize drive performance, especially for loading games or large multimedia files.
• Increased reliability
  WD Black drives are equipped with StableTrac technology. This secures the motor shaft inside the hard drive to increase reliability and help reduce impact due to system-induced vibrations from other components. By stabilizing the platters inside, WD Black drives result in more accurate tracking in a particular sector during read and write operations, optimizing performance and reliability.