Lenovo
E3.S PM9D5A 1.6TB MU TL
Out of Stock
Lenovo E3.S PM9D5A 1.6TB MU TL | Enterprise SSD, E3.S, Lenovo
Lenovo
MPN: 4XB7A93371
$1,289.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Lenovo brand enterprise SSD
- MPN 4XB7A93371
- 1.6 TB storage capacity
- E3.S drive form factor
- PM9D5A series flash drive
- Mixed-use workload profile
- Enterprise storage class
- Accelerate enterprise workloads with 1.6 TB of flash capacity
Built for enterprise storage tiers that need more capacity per rack unit, the Lenovo E3.S PM9D5A 1.6TB MU TL fits modern server designs that prioritize density and airflow efficiency. The E3.S form factor is well suited to platforms engineered for high-performance flash, helping teams consolidate workloads without moving to larger, less efficient drive footprints.
At 1.6 TB, this drive gives infrastructure teams room for active datasets, boot volumes, and application storage where latency consistency matters more than raw bulk capacity. It is a practical fit for environments that need flash responsiveness in a compact carrier format, especially when standard 2.5-inch SSD layouts are no longer the best use of chassis space.
For procurement teams, this model sits in the part of the market where form factor and platform fit are as important as capacity. It is aimed at deployments that value predictable integration into supported Lenovo systems and the operational advantages of enterprise flash over lower-grade storage options.
Ideal For
- Deploy as high-density flash storage in Lenovo server platforms
- Use for application data that benefits from low-latency SSD access
- Install in compact chassis where E3.S airflow and density matter
- Provision enterprise boot or cache volumes in supported systems
Why This Product
- 1E3.S form factor supports denser server layouts than legacy 2.5-inch drives
- 21.6 TB capacity suits active enterprise datasets and boot volumes
- 3Lenovo-branded drive aligns with supported platform procurement
- 4Flash storage improves responsiveness versus mechanical hard drives