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Lenovo 4XB7A88392 PM1743 7.68TB U.3 SSD | 2.5in Enterprise
Lenovo
MPN: 4XB7A88392
$24,848.59$27,299.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 7.68 TB storage capacity
- 2.5 in drive form factor
- 15 mm drive height
- U.3 interface
- Read-intensive SSD
- Lenovo part number 4XB7A88392
- Enterprise server storage drive
- Increase server storage density with 7.68 TB capacity
Deliver high-capacity flash storage in a server-friendly footprint with this 7.68 TB 2.5-inch U.3 SSD. The 15 mm form factor is designed for dense deployments where every drive bay matters, while the U.3 interface supports modern enterprise storage architectures that depend on fast, direct attachment.
As a read-intensive drive, it is a strong fit for workloads that spend more time serving data than rewriting it. That makes it well suited to boot volumes, virtualization layers, analytics read paths, and application data sets that benefit from low-latency access and predictable response times. Compared with lower-cost consumer drives, this class of SSD is built for sustained enterprise use, tighter integration into server platforms, and better alignment with procurement standards for production infrastructure.
For teams planning storage refreshes, the value is not just capacity. It is the ability to place nearly 8 TB of flash into a compact bay while preserving the performance profile expected in enterprise systems. That combination helps reduce drive count, simplify layouts, and support more efficient server design.
Ideal For
- Virtualization hosts needing dense flash capacity for boot and data volumes
- Read-heavy application servers requiring low-latency SSD access
- Enterprise storage refreshes where bay efficiency matters
- Database or analytics environments with frequent reads and controlled writes
Why This Product
- 1Higher density than smaller-capacity enterprise SSDs
- 2U.3 interface supports modern server storage platforms
- 315 mm height fits dense 2.5 in drive bays
- 4Read-intensive profile suits data-serving workloads


