
Out of Stock
Lenovo 2.5 S4620 1.92TB SATA SSD | Enterprise Storage, 2.5-inch
Lenovo
MPN: 4XB7A77062
$4,209.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 1.92 TB storage capacity
- SATA drive interface
- 2.5-inch drive form factor
- Mixed-use endurance profile
- Lenovo-branded enterprise SSD
- Solid-state storage for server deployments
- Sustain enterprise workloads with 1.92 TB of flash capacity
- Fit standard server bays using a 2.5-inch form factor
Keep critical applications responsive with a 1.92 TB Lenovo S4620 solid-state drive built for enterprise storage tiers that need steady performance and controlled wear. Its 2.5-inch SATA design fits established server and storage platforms, making it a practical upgrade path for teams standardizing on high-capacity flash without changing the underlying interface.
This drive is a strong fit for mixed-use workloads where capacity, consistency, and service life matter together. Compared with lower-grade client SSDs, the S4620 class is positioned for environments that write more often, stay online longer, and need fewer surprises under load. That makes it a better match for virtualization hosts, application data, and general-purpose server storage where downtime and replacement cycles carry real cost.
For procurement teams, the value is straightforward: enterprise flash that aligns with Lenovo systems, preserves rack-level compatibility, and supports a more predictable storage lifecycle. When the goal is to keep workloads moving and reduce maintenance churn, this drive earns its place.
Ideal For
- Virtualization hosts needing dependable flash capacity
- Application servers requiring consistent storage latency
- General-purpose enterprise storage refresh projects
- Mixed-use server environments with ongoing write activity
Why This Product
- 1Higher-capacity enterprise flash than entry-level client SSDs
- 2SATA compatibility for broad server support
- 32.5-inch format for standard drive bays
- 4Mixed-use positioning for more demanding write patterns