Lenovo - V7000 G2 14TB 7.2K rpm 12 Gb SAS NL 3.5 - disco duro - Serial Attached SCSI (SAS) 14.000 GB 7.200 rpm SAS1 300 MB/s

Data growth in enterprise storage environments demands a drive that combines massive capacity with dependable performance. The Lenovo V7000 G2 14TB 7.2K RPM 12Gb SAS NL 3.5" Enterprise Hard Drive answers that call, offering a nearline SAS solution engineered for high-capacity, cost-effective storage within Lenovo V7000 G2 systems. This 3.5-inch drive spins at 7200 RPM and delivers a sustained transfer rate of 300 MB/s over a 12 Gb/s SAS interface, making it ideal for tiered storage, backup, and archival workloads where reliability and capacity per slot matter most.

Who is it for

IT administrators and data center managers overseeing Lenovo V7000 G2 storage arrays who need to expand storage capacity without sacrificing performance. It is also suited for organizations deploying large-scale SAN environments, cloud service providers, and enterprises that require enterprise-grade nearline storage for active archives, media repositories, and secondary data.

Main features

• 14 TB formatted capacity for massive data consolidation
• 12 Gb/s SAS interface ensures high-speed data transfers
• 7200 RPM spindle speed balances performance and energy efficiency
• 3.5-inch nearline form factor fits standard drive bays
• 300 MB/s sustained transfer rate for reliable throughput
• Enterprise-grade reliability with advanced error correction
• Hot-swap capability for uninterrupted operation

Specifications

• Brand: Lenovo
• Model: 2076-AH7B
• Storage capacity: 14 TB
• Drive type: HDD
• Interface: SAS
• SAS interface speed: 12 Gb/s
• Spindle speed: 7200 RPM
• Form factor: 3.5-inch
• Drive class: Nearline
• Sustained data transfer rate: 300 MB/s
• Compatibility: Lenovo V7000 G2 Storage Systems
• Application: Enterprise storage, server, SAN

Tips

For optimal performance, pair this drive with a compatible Lenovo V7000 G2 controller and ensure your storage system firmware is up to date. Use RAID configurations that match your data protection requirements, and consider hot spare drives to minimize downtime during drive replacement.