Lenovo
2.5 U.3 7500P 1.92TB RI NVME HS
Out of Stock
Lenovo 4XB7A95050 1.92 TB U.3 NVMe SSD | Enterprise, Hot-Swap
Lenovo
MPN: 4XB7A95050
$6,154.30$6,699.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 1.92 TB solid-state storage capacity
- U.3 NVMe enterprise drive interface
- 2.5-inch drive form factor
- Hot-swap serviceable design
- Read-intensive workload profile
- Lenovo branded enterprise storage component
- Accelerate read-intensive workloads with 1.92 TB NVMe flash
- Reduce service disruption using a hot-swap 2.5-inch design
Sustain demanding read-heavy workloads with Lenovo’s 2.5 U.3 7500P 1.92 TB RI NVMe hot-swap drive. Designed for enterprise servers that need fast response times and predictable storage behavior, it brings NVMe performance into a serviceable 2.5-inch U.3 format.
This drive is a strong fit for environments where application responsiveness matters more than raw capacity: virtualization hosts, boot volumes, analytics nodes, and database tiers that benefit from flash acceleration. The hot-swap design supports maintenance without taking systems offline, while the U.3 interface helps align with modern server backplanes built for NVMe deployment.
For infrastructure teams standardizing on Lenovo hardware, this model offers a clean path to higher I/O density without moving to a larger footprint. It is the kind of drive selected when uptime, consistency, and platform compatibility matter more than commodity pricing. In enterprise storage, that difference shows up in fewer bottlenecks, easier service events, and more headroom for critical workloads.
Ideal For
- Boot and system volumes in Lenovo servers
- Read-heavy virtualization and VDI storage tiers
- Database and analytics nodes requiring low-latency flash
- Dense rack server deployments with serviceable NVMe bays
Why This Product
- 1NVMe performance versus SATA-based server drives
- 2Hot-swap serviceability versus fixed internal storage
- 3U.3 compatibility versus legacy SAS-only bays
- 41.92 TB capacity for balanced flash density



