Lenovo 00MM725 System X 6TB 3.5" 7200RPM SAS HDD

Overview

The Lenovo 00MM725 is a 6TB internal hard drive designed for enterprise storage solutions, featuring a 3.5-inch form factor and a Near Line SAS interface. Operating at 7200 rpm with a 64 MB cache, it delivers consistent throughput and dependable capacity for Lenovo System x environments and compatible SAN setups. This drive is ideal for expanding storage in S2200 LFF arrays and E1012 Expansion Enclosures without disrupting system operation thanks to its hot-swap capability.

Key features

• High-capacity 6TB storage suitable for large data repositories and backups
• 7200 rpm spindle speed ensures steady and reliable data access performance
• 64 MB cache memory supports smooth handling of large data sets and improves throughput
• Near Line SAS interface with 7-pin connector provides robust connectivity in SAN environments
• Hot-swap compatibility allows drive replacement without system downtime, enhancing maintenance flexibility
• Designed specifically for Lenovo System x and compatible SAN systems, ensuring seamless integration

Key specs

• Capacity: 6 TB
• Form factor: 3.5 inch
• Interface: Near Line SAS (7-pin)
• Spindle speed: 7200 rpm
• Cache memory: 64 MB
• Compatibility: Lenovo System x, S2200 LFF, E1012 Expansion Enclosure

Connectivity and compatibility

This hard drive connects via a 7-pin Near Line SAS interface, which is standard for enterprise storage arrays and SAN environments. It is fully compatible with Lenovo System x servers and storage enclosures such as the S2200 LFF and E1012 Expansion Enclosure, making it a straightforward choice for expanding existing Lenovo SAN infrastructures without requiring platform changes.

Ideal uses and environments

The 00MM725 fits well in data centers and enterprise environments where reliable bulk storage is essential. It supports scaling file repositories, backup storage, and archiving tasks with consistent performance. IT teams managing Lenovo SAN deployments will find this drive a practical option for growing storage capacity while maintaining system uptime and data integrity.