Western Digital Ultrastar DC HC580 3.5-Inch 6GB/s SATA & 12GB/s SAS 7200RPM Data Center Hard Drive

The WD Ultrastar DC HC580 is a high-performance 3.5-inch hard drive designed for data centers. It is specifically built to meet the demands of enterprise storage environments, including cloud infrastructure, big data applications, and large-scale storage systems. This drive offers exceptional capacity, efficiency, and reliability. With support for SATA 6Gb/s and SAS 12Gb/s interface options, it can handle a wide range of data-intensive workloads while ensuring smooth scalability.

Reliable & Scalable Enterprise Performance

• 7200 RPM High-Speed Performance – It offers fast sequential read/write speeds, ensuring seamless data access for heavy workloads, virtualization, and cloud applications.
• Dual Interface Support (SATA & SAS)

6Gb/s SATA – Cost-effective storage with broad compatibility for general enterprise use.

12Gb/s SAS – Enhanced data integrity, higher bandwidth, and improved performance for mission-critical environments.

• Engineered for 24/7 Workloads – Optimized for continuous operation, with power efficiency features that reduce energy consumption while maximizing reliability.
• Advanced Data Protection – Incorporates error correction technology, anti-vibration mechanisms, and enhanced security protocols to safeguard data integrity and extend drive lifespan.

Built for Mission-Critical Applications

• Enterprise Data Centers – Designed for cloud computing, virtualized environments, and hyperscale storage infrastructures.
• Big Data & AI Processing – Supports high-speed data analytics, AI-driven applications, and machine learning workloads.
• High-Performance Network Storage (NAS & SAN) – Ensures seamless data accessibility, reduced latency, and scalable storage for business networks.
• Secure Backup & Long-Term Archiving – Reliable storage for business-critical data, compliance-driven archiving, and disaster recovery solutions.

The WD Ultrastar DC HC580 combines performance, scalability, and enterprise-grade reliability, making it a powerful solution for high-demand computing and data-intensive applications.