Seagate 8TB HDD BarraCuda Internal Hard Drive SATA III 3.5″ 256MB Cache – 190 MB/s

3.5-Inch BarraCuda Hard Drives Deliver Big for Desktop Rock-solid reliability built on over 20 years of BarraCuda innovation. Versatile mix of capacity and price point options to fit any budget. Multi-Tier Caching Technology for excellent hard drive performance. Multi-Tier Caching Technology All hard drives in the BarraCuda family come equipped with Multi-Tier Caching Technology (MTC). MTC takes your PC to new performance levels, so you can load applications and files faster than ever before. By applying intelligent layers of NAND Flash, DRAM and media cache technologies, BarraCuda delivers improved read and write performance by optimising data flow. Superior Data Security Seagate Secure models3 provide Self-Encrypting Drive (SED) hardware-based data security and deliver an Instant Secure Erase feature for safe, fast and easy drive retirement. They meet NIST 800-88 media sanitization specifications and also support the Trusted Computer Group (TCG) Opal standard 3.5. Trusted Dependability The BarraCuda family of reliable hard drives is here to stay, for years to come. Experience – For more than 20 years, Seagate has manufactured and delivered the super-reliable BarraCuda family of drives BarraCuda – Seagate’s drive-reliability data simply speaks for itself, and the BarraCuda family is often recognized by leading publications and customers. Key Features – Cost-effective storage upgrade for laptop or desktop computers – Store all your games, music, movies and more with up to 8TB of storage – SATA 6Gb/s interface optimizes burst performance; 256MB Cache – Seagate Secure models for hardware-based data security – Instant Secure Erase allows safe and easy drive retirement Specifications Capacity: 8000 GB Edition: ST8000DM004 Form Factor: 3.5″ Height: 26.11 mm Rotation Speed: 5400RPM rpm Cache: 256MB Host to/from Drive Sustained Transfer Rate: 190 MB/s Interface: SATA 3.0 (6Gb/s) Load/Unload Cycles: 300,000 Annualised Workload Rating: 55 TB/yr Non-Recoverable Read Errors per Bits Read: