Lenovo
SR650 V3 X16/X8/X8 G5 RISER1/2 KIT V2
Out of Stock
Lenovo SR650 V3 x16/x8/x8 G5 Riser1/2 Kit v2 | Enterprise Server
Lenovo
MPN: 4XH7A91474
$1,019.00
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- Lenovo SR650 V3 platform accessory
- x16/x8/x8 PCIe lane configuration
- G5 riser kit for positions 1 and 2
- Server-specific expansion component
- MPN 4XH7A91474
- Designed for SR650 V3 chassis integration
- Preserve PCIe lane allocation with x16/x8/x8 riser support
- Support SR650 V3 expansion planning via G5 riser positions 1 and 2
Keep expansion planning clean in Lenovo SR650 V3 environments with the x16/x8/x8 G5 Riser1/2 Kit v2. This riser assembly is designed for the server’s first and second riser positions, giving infrastructure teams the lane layout needed to place PCIe devices where they belong. For mixed workloads, that matters: storage adapters, network cards, and specialty accelerators each get the connectivity profile the platform expects.
In dense rack deployments, the right riser kit is not a small detail. It determines which cards fit, how lanes are allocated, and whether the chassis can support the configuration you spec’d on paper. This Lenovo kit is built for the SR650 V3 platform, helping maintain compatibility and deployment consistency across standardization projects, refresh cycles, and field replacements.
Choose this kit when you need to preserve the server’s intended expansion architecture rather than forcing a lower-fit workaround. It is a practical part for teams that value predictable integration, clean serviceability, and fewer surprises during build-out.
Ideal For
- Adding PCIe network adapters to SR650 V3 servers
- Supporting storage controller expansion in rack deployments
- Standardizing riser layouts across Lenovo server refreshes
- Replacing a missing or damaged riser assembly in SR650 V3 builds
Why This Product
- 1Platform-matched for SR650 V3 integration
- 2x16/x8/x8 layout for balanced PCIe planning
- 3Supports riser positions 1 and 2
- 4Preferred over generic adapters for chassis fit and lane consistency