Lenovo 8TB 3.5" 7200RPM SAS Nearline HDD

Overview

The Lenovo 01GT912 is an internal 3.5-inch nearline hard drive designed to provide servers and storage arrays with a reliable 8 TB capacity. Operating at 7200 RPM, it delivers consistent data transfer rates suitable for demanding tasks such as backup storage, video archiving, and managing large data logs. Its nearline SAS interface combines the high capacity of enterprise SATA drives with the performance and redundancy features of SAS, making it a practical choice for expanding storage in professional environments.

Key features

• Nearline SAS technology offers enterprise-grade reliability with dual-port connectivity for data path redundancy.
• 7200 RPM spindle speed ensures steady throughput that supports time-sensitive backup and archival operations.
• 7-pin SAS interface allows seamless integration with existing SAS backplanes and controllers in server environments.
• Hot-swap capability enables drive replacement or addition without shutting down the host system, minimizing downtime.
• Large 8 TB capacity helps consolidate data and reduce the number of drives needed in storage arrays.

Key specs

• Capacity: 8 TB
• Form factor: 3.5-inch
• Spindle speed: 7200 RPM
• Interface: 7-pin SAS (nearline SAS protocol)
• Drive type: Nearline hard drive

Connectivity and compatibility

This hard drive uses a 7-pin SAS connector compatible with a wide range of SAS backplanes and controllers, allowing it to fit into existing enterprise storage setups. Its nearline SAS protocol supports dual-port operation, which enhances data availability and fault tolerance in multi-drive configurations.

Ideal uses and environments

The Lenovo 01GT912 is well suited for environments that require large, reliable storage pools such as video surveillance archives, virtual machine backup repositories, and departmental file shares. Its balance of capacity and performance makes it a strong choice for IT administrators looking to maintain efficient backup windows and reduce storage complexity without sacrificing data integrity.