The Western Digital Ultrastar DC HC580 hard drive combines high-capacity storage and innovative technology to meet the demands of data-intensive applications. With a 24 TB capacity, it offers ample space for large datasets and high-resolution video storage. Designed for continuous operation, it boasts a MTBF of 2,500,000 hours, ensuring durability and reliability in demanding environments. This hard drive features technologies such as ArmorCache, Energy-Assisted Magnetic Recording (EAMR), and HelioSeal, which contribute to improved data integrity, increased storage density, and reduced power consumption. The inclusion of a 512 MB buffer and a 7200 rpm spindle speed enables fast and reliable data access, making it an ideal solution for high-demand systems. Furthermore, its robust design, incorporating Triple State Actuator (TSA) and OptiNAND technology, ensures precise performance and data safety, even in environments subject to shock and vibration.
Enhanced durability
Designed for continuous operation and a massive 2,500,000 hours MTBF, this hard drive ensures reliability and durability in demanding work environments, making it an ideal choice for continuous use.
High-capacity storage
With a generous 24 TB capacity, this hard drive meets the needs of data-intensive applications, offering ample space for large datasets, high-resolution video storage, and extensive software libraries.
Innovative technology
Featuring ArmorCache, Energy-Assisted Magnetic Recording (EAMR), and HelioSeal technologies, this hard drive offers improved data integrity, increased storage density, and reduced power consumption, enhancing overall efficiency.
Optimized performance
The combination of a 512 MB buffer size, 7200 rpm spindle speed, and a data transfer rate of 600 MBps enables fast and reliable access to data, ensuring smooth and efficient operation in high-demand systems.
Robust design
Equipped with Triple State Actuator (TSA) and OptiNAND technology, this hard drive delivers precise and stable performance, even in environments subject to shock and vibration, ensuring data safety and integrity.
