Lenovo
2.5 U.2 S P5520 3.84TB RI NVME HS
Out of Stock
Lenovo 4XB7B01868 P5520 3.84TB NVMe U.2 | Enterprise SSD
Lenovo
MPN: 4XB7B01868
$12,081.76$13,199.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 3.84 TB storage capacity
- NVMe interface
- 2.5-inch U.2 form factor
- Read-intensive workload profile
- Enterprise SSD design
- Hot-swap ready for supported server bays
- Lenovo P5520 series
- Accelerate read-intensive workloads with 3.84 TB of NVMe flash storage
Move demanding read-intensive workloads onto flash storage designed for enterprise platforms. This Lenovo 2.5-inch U.2 P5520 drive delivers 3.84 TB of NVMe capacity in a server-friendly form factor, giving infrastructure teams a practical path to higher IOPS and lower latency than mechanical storage can provide.
The U.2 interface is a strong fit for modern rack servers and storage systems that support hot-swap drive bays, making it easier to service drives without taking systems offline. For teams standardizing on enterprise SSDs, this model is well suited to boot volumes, virtualization hosts, analytics tiers, and application data sets where fast read access matters.
Compared with lower-capacity or consumer-grade SSDs, this drive is positioned for sustained enterprise deployment and denser local storage. The 3.84 TB capacity reduces drive count in server chassis, while the 2.5-inch U.2 format keeps compatibility aligned with enterprise backplanes. It is a solid choice when the goal is to improve response times, simplify storage layouts, and support read-intensive workloads with fewer compromises.
Ideal For
- Read-intensive server storage for application tiers
- Virtualization host datastores in enterprise racks
- Boot and system volumes for U.2-capable servers
- High-density flash storage for analytics and database read paths
Why This Product
- 1Faster response than SATA hard drives
- 2Higher capacity than many entry-level enterprise SSDs
- 3U.2 compatibility for server backplanes
- 4Better suited to read-heavy workloads than general-purpose HDDs



