Lenovo
SR630 V4 8X2.5IN G5 NVME CABLE KIT
Out of Stock
Lenovo SR630 V4 8x2.5IN G5 NVMe Cable Kit | Server Components
Lenovo
MPN: 4X97A96842
$2,779.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Lenovo SR630 V4 platform accessory
- Supports 8x2.5 in G5 NVMe configuration
- Original Lenovo MPN 4X97A96842
- Server component cable kit
- Designed for internal NVMe drive connectivity
- Matched to SR630 V4 storage layout
- Support 8x2.5 in G5 NVMe storage layouts with a server-specific cable kit
- Preserve clean internal routing using Lenovo-engineered cabling for SR630 V4
Keep high-density storage assemblies organized and ready for sustained workload demands with the Lenovo SR630 V4 8x2.5IN G5 NVMe Cable Kit. Purpose-built for SR630 V4 platforms, this kit supports 8x2.5 in G5 NVMe configurations where precise internal cabling matters as much as drive capacity.
In enterprise servers, cable routing is not a detail — it is part of the storage architecture. Properly matched NVMe cabling helps maintain clean signal paths, simplifies assembly, and reduces the friction that comes with field upgrades or service events. For teams standardizing SR630 V4 nodes, this kit supports a controlled, repeatable build process across deployments.
Choose this Lenovo kit when the goal is to preserve the integrity of a dense NVMe layout without improvising with generic parts. It is the right fit for environments that value predictable integration, maintainable service access, and a hardware stack aligned to the server’s intended storage design.
Ideal For
- Deploying SR630 V4 nodes with 8x2.5 in front NVMe storage
- Replacing a missing or damaged NVMe cable kit during server service
- Standardizing cable assemblies across Lenovo SR630 V4 rack builds
- Preparing dense storage servers for production rollout
Why This Product
- 1Matched to SR630 V4 instead of generic cabling
- 2Supports 8x2.5 in G5 NVMe layouts
- 3Helps preserve airflow and service access
- 4Original Lenovo part for platform-aligned integration
