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Lenovo 2.5 PM1643A 7.68TB EN SAS SSD | Enterprise Storage, Hot-Swap
Lenovo
MPN: 4XB7A17055
$5,835.61$5,979.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 7.68 TB enterprise SSD capacity
- 2.5-inch drive form factor
- SAS host interface
- PM1643A series storage platform
- Solid-state media for server workloads
- High-density deployment profile
- Consolidate storage capacity with 7.68 TB per drive
- Fit dense server bays using a 2.5-inch form factor
Build denser, faster storage tiers with a 7.68 TB enterprise SSD in a 2.5-inch SAS format. This drive is well suited to server platforms that need dependable flash performance, broad SAS compatibility, and efficient use of front-bay space. For infrastructure teams replacing mechanical disks or standardizing mixed storage tiers, it offers a practical balance of capacity and enterprise connectivity.
The PM1643A family is associated with data center deployments where consistency matters across long operating windows. SAS remains a strong choice for environments that value mature storage infrastructure, dual-path design options, and predictable behavior under sustained load. In practice, that makes this drive a fit for virtualization, database-adjacent storage, and application volumes that benefit from lower latency and higher density than legacy HDDs.
Compared with smaller SSDs, 7.68 TB reduces the number of drives needed to reach usable capacity targets. That can simplify cabling, maintenance, and replacement planning while preserving rack space for future growth. For teams that want enterprise flash without changing the storage architecture, this is a disciplined upgrade path.
Ideal For
- Dense server storage expansion
- Virtualization and VDI datastore tiers
- Application and database-adjacent storage
- Legacy HDD replacement in enterprise racks
Why This Product
- 1SAS interface fits enterprise storage architectures
- 22.5-inch format maximizes front-bay density
- 37.68 TB capacity reduces drive count
- 4Flash media improves latency versus HDDs