WD Ultrastar DC HC560 WUH722020BL5204 20 TB SAS Hard Drive

In a world where data creation accelerates every day, enterprises need storage that scales without compromising reliability. The WD Ultrastar DC HC560 WUH722020BL5204 is built for hyperscale environments, cloud service providers, data centers, smart video surveillance partners, and NAS/SAN ecosystems that demand high-capacity, enterprise-grade hard drives. This 20 TB 3.5-inch internal HDD with SAS (12Gb/s) delivers robust performance, enduring reliability, and efficient operation under continuous workloads. Whether you’re archiving cold data, powering large-scale backups, or supporting demanding streaming and analytics pipelines, the DC HC560 is engineered to help you optimize total cost of ownership while keeping data secure and accessible when it matters most.

• High-capacity storage: 20 TB per drive to support vast archives, backups, and large-scale data repositories.
• Enterprise SAS interface: 12 Gb/s SAS delivers consistent throughput and low latency for demanding workloads in data centers and NAS/SAN environments.
• Designed for demanding workloads: Built to handle relentless data growth with enterprise-grade reliability, data integrity features, and long-term durability.
• 3.5-inch internal form factor: Standard enterprise drive size for seamless integration into servers, storage arrays, JBOD enclosures, and storage infrastructure.
• Scalable in cloud and on-premise deployments: Optimized for hyperscale deployments, CSP storage fleets, and large-scale surveillance and analytics workloads.

Technical Details of WD Ultrastar DC HC560 WUH722020BL5204 20 TB SAS Hard Drive

• Capacity: 20 TB
• Form factor: 3.5-inch internal hard drive
• Interface: SAS (12 Gb/s)
• Family: Ultrastar DC HC560
• SKU: WUH722020BL5204

how to install WD Ultrastar DC HC560 WUH722020BL5204

Step 1 — Power down and prepare: Before handling any drive, power down the server or storage chassis according to the manufacturer’s guidelines. Ground yourself to prevent static discharge and handle the drive by the edges to avoid touching the connectors or PCB.

Step 2 — Remove the old drive (if replacing): If you’re upgrading or replacing an existing drive, release the drive from its drive bay or hot-swap cage following your system’s procedures. Ensure the system has fully powered down or that the bay permits hot-swapping as supported by your enclosure.

Step 3 — Install the new drive: Slide the WD Ultrastar DC HC560 into the drive bay with the connector edge oriented correctly. Secure the drive with screws or fasteners as required by your chassis or backplane. If your enclosure uses a hot-swap tray, attach the tray to the drive first if applicable, then insert the tray into the backplane.

Step 4 — Connect and verify: Ensure the SAS backplane is properly connected to the drive’s interface. Power on the system and verify the drive is detected by the storage controller or RAID controller. If needed, initialize the drive and assign it to a storage pool or RAID array according to your management software guidance.

Step 5 — Configure monitoring and health checks: Set up SMART monitoring and health alerts through your server or storage management tools. Run any recommended diagnostics to verify drive health and integrity before placing the drive into production workloads.

Step 6 — Optimize and document: Update your storage catalog and document the new drive’s role (archival, backups, hot data, etc.). Review workload placement to ensure capacity and performance targets align with your service levels.

Frequently asked questions

Q: What workloads is the WD Ultrastar DC HC560 20 TB SAS drive best suited for?

A: This drive is designed for enterprise-scale storage needs, including hyperscale data centers, cloud service provider environments, large-scale backups, archives, and smart video surveillance workloads where high capacity, reliable operation, and a robust SAS interface are critical.

Q: What interface does this drive use and how does it impact performance?

A: It uses a SAS (12 Gb/s) interface, which provides higher throughput, improved reliability, and better error correction for enterprise storage arrays compared with typical consumer interfaces. This makes it well-suited for demanding, always-on storage deployments.

Q: Can this drive be used in NAS or SAN systems?

A: Yes. The 3.5-inch internal HDD form factor combined with SAS makes it compatible with many NAS and SAN configurations and storage arrays that support enterprise-grade drives, enabling scalable capacity and resilient data storage.

Q: How can I ensure the long-term reliability of this drive?

A: Use enterprise-grade storage best practices: deploy in a reliable enclosure with proper cooling, implement redundancy through appropriate RAID or erasure coding, monitor SMART data and drive health, keep firmware up to date, and maintain regular backups to protect data integrity over time.