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Lenovo 2.5 PM893 7.68TB RI SATA HS SSD | Enterprise Storage
Lenovo
MPN: 4XB7A72442
$3,099.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 7.68 TB storage capacity
- SATA drive interface
- 2.5-inch drive form factor
- Read-intensive endurance profile
- Hot-swappable hardware design
- Enterprise SSD class media
- Sustain read-heavy workloads with 7.68 TB of enterprise flash capacity
- Support broad server compatibility using a SATA drive interface
Keep critical data services online with 7.68 TB of read-intensive flash storage in a 2.5-inch SATA hot-swap design. The PM893 is suited for enterprise platforms that need high-capacity SSDs for boot volumes, virtualization layers, content repositories, and read-heavy application data.
Its SATA interface makes it a practical fit for broad server compatibility, while the hot-swap format supports maintenance without extended downtime. That matters in infrastructure where drive replacement windows are tight and storage density must be preserved. The read-intensive profile is aligned to workloads that spend more time serving data than rewriting it, helping you place the right media in the right tier.
For teams standardizing on dependable enterprise storage, this drive offers a clear balance of capacity, serviceability, and deployment simplicity. It is a strong choice when you need more than consumer-grade flash, but do not need the cost or complexity of a higher-performance interface. In mixed fleets, it helps maintain consistent storage behavior across systems and reduces the risk of over-specifying drives for workloads that do not require it.
Ideal For
- Boot and system volumes in rack servers
- Read-heavy virtualization and VDI storage tiers
- Content repositories and reference data stores
- Dense enterprise storage arrays with service windows
Why This Product
- 1Higher capacity than 3.84 TB class drives
- 2Hot-swap design supports faster field replacement
- 3SATA compatibility fits broad server fleets
- 4Read-intensive tuning suits data-serving workloads