Seagate Enterprise ST10000NM017B internal hard drive 10 TB 7200 RPM 256 MB 3.5 inch Serial ATA III

The Seagate Exos 7E10 (model ST10000NM017B) is a 3.5" enterprise-class internal hard drive with 10 TB capacity, 7200 RPM spindle speed and a 256 MB cache. Built for enterprise storage environments, this Serial ATA III drive balances high capacity with sustained performance and is intended for unstructured data storage and large-scale archive applications.

Advantages

The Exos 7E10 offers enterprise-grade reliability with a 2,000,000-hour MTBF, a large 256 MB buffer for improved sustained throughput, and a 7200 RPM spindle speed for consistent performance. Its 3.5" form factor and SATA III interface ensure compatibility with standard server and storage enclosures, while the 10 TB capacity reduces rack space and management overhead for large datasets.

Suitable for

• Mass storage of unstructured data
• Archive and cold storage systems
• Enterprise servers and direct-attached storage (DAS)
• High-density storage arrays

Key specifications

• Model: ST10000NM017B
• Capacity: 10 TB (10000 GB)
• Form factor: 3.5"
• Interface: Serial ATA III (SATA III)
• Rotation speed: 7200 RPM
• Cache: 256 MB
• MTBF: 2,000,000 hours
• Weight: 0.72 kg

How to use

Install the drive into a compatible 3.5" bay in a server, NAS or storage chassis with SATA III support. Secure the drive mechanically, connect power and SATA data cables, then initialize, partition and format the drive using your operating system or storage controller. For enterprise deployments, configure RAID or storage pool settings according to your redundancy and performance requirements before placing the drive into production.

Recommendations

Use this Seagate Exos 7E10 drive in enterprise-grade systems with proper cooling and vibration control. For best results, pair with RAID or erasure-coding configurations for redundancy and monitor drive health using S.M.A.R.T. and vendor tools. Avoid using enterprise drives in uncontrolled consumer environments where power quality and operating conditions may be suboptimal.