Dell 8 TB 3.5" Internal SAS Hard Drive — 12Gb/s SAS, 7200 RPM, 512e

Upgrade your data center’s storage backbone with the Dell 8 TB 3.5" Internal SAS hard drive. Engineered for enterprise servers and storage arrays, this drive is built to handle heavy workloads with consistent performance, high reliability, and ample capacity. With 8 terabytes of space, you can consolidate backups, databases, virtual machines, and multimedia libraries into a single, scalable solution. The 12 Gb/s SAS interface delivers fast data transfer rates, while 7200 RPM rotational speed provides solid throughput for sequential and random I/O patterns common in server environments. The 512e sector format ensures compatibility with modern systems while maintaining compatibility with legacy software, giving you flexible deployment options. Designed for server devices and backplanes, this drive combines robust enterprise features with efficient operation to help you meet service levels and maximize storage efficiency.

• Massive 8 TB capacity for databases, virtualization hosts, backups, media libraries, and archival storage—empowering you to grow without constantly adding drives or expanding footprints.
• High-speed 12 Gb/s SAS interface delivers excellent throughput and lower latency for demanding workloads, helping reduce bottlenecks in RAID arrays and storage pools.
• 3.5" enterprise-grade form factor paired with 7200 RPM rotation delivers dependable, steady performance in servers, backplanes, and storage enclosures, with consistent I/O under load.
• 512e sector format ensures compatibility with a wide range of operating systems and applications, providing seamless data access while preserving compatibility with older software environments.
• Server-grade reliability with non-volatile memory cache and advanced error handling for data integrity and protection during heavy I/O operations and unexpected power events.

Technical Details of Dell 8 TB Hard Drive

• Capacity: 8 TB
• Form Factor: 3.5-inch Internal
• Interface: SAS 12Gb/s
• Rotation Speed: 7200 RPM
• Sector Format: 512e
• Server Compatibility: Server devices and backplanes supported
• Reliability Features: Enterprise-grade depth of design with safeguards for data integrity

How to Install Dell 8 TB SAS Hard Drive

Follow these steps to install the drive into a compatible Dell server, storage array, or backplane. Proper handling and static-safe practices are recommended to protect sensitive components during the process.

• Power down the server or place the system in maintenance mode if using a hot-swap bay; disconnect power and, if applicable, unplug cables from the backplane.
• Open the drive bay or hot-swap sled and remove any existing drive or vacant filler panel as required.
• Align the Dell 8 TB SAS drive with the bay, slide it into place until seated, and secure it using the appropriate screws or latch mechanism specific to your chassis.
• Connect the SAS data interface and power cables to the backplane or RAID controller, ensuring a firm, clean connection to avoid I/O errors.
• Power the system back on, enter the RAID controller or server storage management utility, and verify the new drive is detected. Add the drive to an existing RAID array or format it as needed, and perform a consistency check if recommended by your storage policy.

Frequently asked questions

• Q: What capacity does this drive provide?
  A: It offers 8 TB of usable storage, ideal for large datasets, backups, databases, and virtualization workloads.
• Q: What interface does it use?
  A: It uses a SAS 12 Gb/s interface, designed for high-throughput enterprise storage environments.
• Q: Is the 512e sector format compatible with older systems?
  A: Yes. The 512e format ensures compatibility with legacy operating systems while enabling modern data management benefits.
• Q: Can this drive be hot-swapped?
  A: Many enterprise servers and storage enclosures support hot-swapping, but compatibility depends on your backplane or RAID controller configuration.
• Q: What workloads is this drive best suited for?
  A: Backups, databases, virtualization hosts, streaming media libraries, and other demanding server workloads that require reliable, scalable storage.