Lenovo
LENOVO DCG SERVER OPTIONS SR650 V3 7MM NVME 2-BAY RAID KI 3129
Out of Stock
Lenovo SR650 V3 7 mm NVMe 2-Bay RAID Kit | Server Storage
Lenovo
MPN: 4XH7A88463
$3,129.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2-bay NVMe RAID kit
- Supports 7 mm NVMe drives
- Designed for Lenovo ThinkSystem SR650 V3
- Server storage expansion option
- RAID-capable drive integration
- Front-bay storage accessory
- MPN 4XH7A88463
- Protect critical data with mirrored RAID support for 7 mm NVMe drives
Increase local storage performance and resilience in the ThinkSystem SR650 V3 with this Lenovo 2-bay NVMe RAID kit for 7 mm drives. Designed for server configurations where front-bay efficiency matters, it supports a compact, high-speed storage layout that fits demanding virtualization, database, and cache workloads.
By adding RAID capability at the drive level, this kit helps protect critical data while preserving the low-latency characteristics that make NVMe attractive in the first place. The 2-bay design is a practical fit for environments that need fast access to working data, boot volumes, or application tiers without moving to a larger storage footprint.
For teams standardizing on Lenovo infrastructure, this option keeps the build aligned with the SR650 V3 platform and simplifies procurement for expansion or replacement projects. It is the kind of server accessory that earns its place in production: focused, purpose-built, and sized for deployments where every bay and every millisecond count.
Ideal For
- Deploy mirrored NVMe boot volumes in SR650 V3 servers
- Add low-latency local storage for virtualization hosts
- Support database cache or log tiers in production servers
- Expand front-bay storage in space-constrained rack builds
Why This Product
- 1Purpose-built for ThinkSystem SR650 V3 compatibility
- 2Adds RAID-capable NVMe storage instead of simple drive mounting
- 3Uses a compact 2-bay layout for efficient front-bay planning
- 4Targets production server builds where latency and resilience matter
