
Out of Stock
Lenovo 4XB7A80326 PM1653 3.84TB SAS SSD | Enterprise Storage
Lenovo
MPN: 4XB7A80326
$3,939.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 3.84 TB storage capacity
- SAS interface
- 3.5-inch drive form factor
- Hot-swap support
- Read-intensive workload class
- Lenovo MPN 4XB7A80326
- Expand storage density with 3.84 TB of SAS flash capacity
- Reduce replacement time using a hot-swap 3.5-inch design
Scale storage where capacity matters and downtime is expensive. The 3.84 TB SAS flash design gives infrastructure teams room to grow while keeping the operational advantages of a hot-swap 3.5-inch drive. That combination is valuable in environments where drive replacement must be quick and storage tiers need to stay aligned with enterprise service expectations.
This model is positioned for read-intensive workloads, making it a practical fit for systems that spend more time serving data than rewriting it. That matters in real deployments: you get a drive class tuned for efficient capacity delivery, predictable integration, and straightforward lifecycle management across Lenovo platforms.
For procurement teams and architects, the 4XB7A80326 offers a clear reason to choose a higher-tier drive over lower-cost alternatives: more usable capacity per slot, better serviceability, and a storage component that fits enterprise maintenance patterns. It is built to support the kind of infrastructure where every bay, every minute, and every refresh cycle has a cost.
Ideal For
- Deploy in Lenovo storage systems that need high-capacity hot-swap drives
- Build read-intensive storage tiers for enterprise applications
- Replace aging drives while preserving service continuity
- Standardize capacity expansion across Lenovo-based data center racks
Why This Product
- 1Higher capacity than 800 GB class drives for denser storage tiers
- 2Hot-swap design for faster maintenance and replacement
- 3SAS interface for enterprise storage compatibility
- 4Read-intensive positioning for efficient data-serving workloads



