Lenovo
SR635 V3 2X2.5INC NVME G4 BP KIT
Out of Stock
Lenovo SR635 V3 2x2.5 in NVMe G4 BP Kit | Server Components
Lenovo
MPN: 4XH7A87217
$819.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2 x 2.5 in NVMe backplane support
- Designed for Lenovo SR635 V3 platforms
- Gen 4 backplane kit
- Compact dual-drive storage layout
- Server component for flash-based storage expansion
- MPN 4XH7A87217
- Product name: SR635 V3 2x2.5IN NVMe G4 BP Kit
- Enable fast flash storage using 2 x 2.5 in NVMe drive support
Add NVMe-ready storage capacity to SR635 V3 platforms with a backplane kit built for 2 x 2.5 in drives. This Lenovo component is designed for environments where flash performance matters more than bulk capacity, giving infrastructure teams a clean path to faster boot volumes, cache tiers, or latency-sensitive application storage.
By supporting NVMe in a compact 2-bay format, the kit helps preserve chassis space while aligning with modern server storage strategies. It is a practical fit for deployments that need direct-attached flash performance without moving to a larger drive footprint. For teams standardizing on Lenovo SR635 V3 systems, this backplane kit supports a more precise storage configuration and helps justify the platform’s value in performance-oriented builds.
Use it when you need to equip a server for faster response times, tighter storage layouts, and a cleaner upgrade path than mixed legacy drive options. It is a focused component, not a generic add-on, and that specificity matters when every bay and every millisecond count.
Ideal For
- Deploy NVMe boot drives in an SR635 V3 server
- Add low-latency cache storage to a performance-focused node
- Configure compact flash storage for virtualization hosts
- Standardize drive layouts across Lenovo SR635 V3 systems
Why This Product
- 1NVMe support instead of SATA-oriented storage paths
- 22-bay layout for compact server builds
- 3Matched to SR635 V3 platform requirements
- 4Better fit for performance tiers than mixed-drive configurations
