WD Ultrastar DC HC580 22TB SATA HDD with OptiNAND Technology

The WD Ultrastar DC HC580 is a purpose-built, high-capacity hard drive designed for data centers that demand reliable, scalable storage with efficient power usage. With a generous 22TB capacity and cutting-edge OptiNAND technology, this 3.5-inch internal HDD delivers dense storage density, enhanced data integrity, and improved performance for workloads ranging from backup and archival to database and virtualization environments. Built to withstand the rigors of 24/7 operation, the HC580 blends enterprise-grade reliability with streamlined management to help your data-driven applications run smoothly at scale.

• High-capacity 22TB storage specifically engineered for data centers, enabling more data per drive and fewer spindles to manage.
• OptiNAND technology improves drive density and reliability by combining advanced encoding and a NAND-based data path to optimize data placement and error correction.
• 3.5-inch internal form factor with SATA interface (SATA/600), delivering familiar connectivity for mainstream enterprise storage systems and servers.
• Conventional Magnetic Recording (CMR) method ensures consistent performance and reliability for mixed workloads, databases, backups, and virtualized environments.
• Designed for demanding workloads with enterprise-grade reliability, long duty cycles, and efficient power management suitable for modern data centers.

Technical Details of WD Ultrastar DC HC580 22TB HDD

• Capacity: 22 TB
• Form factor: 3.5-inch internal hard drive
• Interface: SATA 6Gb/s (SATA/600)
• Recording technology: Conventional Magnetic Recording (CMR)
• Technology: OptiNAND integration for improved density and data integrity
• Usage: Enterprise-grade data center HDD designed for continuous operation and data-intensive workloads

How to install WD Ultrastar DC HC580

Installing the WD Ultrastar DC HC580 is a straightforward process suitable for standard data center and rack-mounted server environments. Follow these best-practice steps to ensure a reliable setup:

• Power down the server or storage chassis before removing or inserting drives to prevent data loss or short circuits.
• Open the appropriate drive bay in your 3.5-inch chassis and align the drive with the mounting holes and connector positions.
• Secure the drive with screws or the tray mechanism specified by your server or storage enclosure to minimize vibration and ensure proper seating.
• Connect the SATA data cable and SATA power cable to the drive, ensuring solid, snug connections for reliable data transfer and power supply.
• Place the drive into the hot-swap tray if your system supports hot-swapping, then reattach the tray securely.
• Power on the system, enter the storage controller or OS storage management utility, and initialize or format the new 22TB drive according to your environment’s requirements.
• Update drive firmware if a newer version is available from WD to maximize compatibility, performance, and reliability with your data center hardware.
• Verify drive health and SMART attributes through your management software to ensure continued operation within expected parameters.

Frequently asked questions

• What is OptiNAND technology and why does it matter? OptiNAND combines advanced encoding and NAND-based data paths to optimize data placement, increase usable capacity, and improve data integrity, making high-capacity drives like the HC580 more scalable and reliable for data center workloads.
• What workloads is the Ultrastar DC HC580 best suited for? It is designed for data-intensive, 24/7 enterprise workloads such as backups, archival storage, databases, virtualization, and large-scale content repositories where capacity and reliability are critical.
• Is this a hot-swappable drive? The answer depends on your enclosure and server configuration. Many data-center trays support hot-swapping, but you should verify compatibility with your specific hardware before replacing drives in a live system.
• What interfaces does this drive use? The HC580 uses a standard SATA interface (SATA/600) suitable for many enterprise servers and storage controllers. It follows the Conventional Magnetic Recording (CMR) method for reliable sequential and random write performance.
• How should I plan cooling and power for 22TB drives in a data center? High-capacity HDDs like the HC580 generate heat under load; ensure adequate airflow in drive bays, appropriate rack density, and power provision, and consider monitoring SMART attributes to optimize lifecycle and reduce the risk of thermal throttling or failures.