Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit

LenovoSKU: 5644847

Price:
Sale price$782.08

Description

Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit

The Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit is an essential expansion solution for modern data centers that demand maximum GPU density, accelerator performance, and scalable PCIe connectivity within the Lenovo ThinkSystem SR655 server platform. Engineered for reliability and optimized for enterprise workloads, this kit unlocks dual PCIe x16 expansion paths, enabling you to add high-bandwidth graphics accelerators, networking cards, or other PCIe devices without compromising system airflow or overall rack efficiency. Whether you’re deploying AI inference, virtual desktops, HPC workloads, or dense virtualization, the Riser3 Kit is designed to deliver the bandwidth, compatibility, and ease-of-service that data centers require.

  • Dual PCIe x16 expansion — The Riser3 Kit provides two full-size PCIe x16 connectors, enabling you to install two high-performance GPUs, accelerators, or PCIe cards in a single ThinkSystem SR655 server. This dual-path design is ideal for AI, machine learning, and data-processing tasks that benefit from parallel PCIe bandwidth and robust compute acceleration.
  • Optimized for Lenovo ThinkSystem SR655 — Built to integrate seamlessly with the SR655 platform, this kit preserves core system reliability, power delivery, and thermal management. It maintains Lenovo’s enterprise-grade standards, ensuring compatibility with the server’s motherboard, firmware, and lifecycle update cadence for predictable operation in production environments.
  • High-density data center readiness — The Riser3 configuration is engineered for dense deployments where space, airflow, and cable management matter. By preserving clean line-of-sight airflow and minimizing cable clutter, this kit helps maintain steady thermals and quiet operation while maximizing rack efficiency and GPU utilization.
  • Enhanced performance for a range of workloads — With two x16 PCIe lanes available, you can accelerate AI training and inference, rendering, data analytics, virtualization, and high-performance computing. The kit supports bandwidth-intensive PCIe devices, enabling faster data movement between compute nodes and accelerators, and reducing bottlenecks in memory and IO paths.
  • Reliability, serviceability, and Lenovo support — Designed for enterprise environments, the SR655 x16/x16 Riser3 Kit emphasizes robust construction, straightforward installation, and compatibility with Lenovo’s hardware warranty and service ecosystem. This translates into easier maintenance, longer operational life, and dependable performance in production workloads.

Technical Details of Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit

  • Compatibility: ThinkSystem SR655 server family (x16/x16 PCIe expansion configuration)
  • Riser type: PCIe Riser3 Kit for dual x16 expansion
  • PCIe slots: 2 x PCIe x16 connectors wired to the system motherboard
  • Channel and bandwidth: Supports high-bandwidth PCIe devices such as GPUs and accelerators
  • Form factor: PCIe expansion riser card designed for server-rack environments
  • Thermal and airflow considerations: Configured to maintain optimal cooling within the SR655 chassis

How to install Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit

Installing the Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit is designed to be straightforward for data-center technicians familiar with server hardware. Follow these steps to upgrade your SR655 with dual PCIe x16 expansion while preserving serviceability and reliability.

  • Power down the server completely and disconnect all external cables. Ensure you are grounded to prevent static discharge before handling internal components.
  • Open the server chassis access panel and locate the existing PCIe riser area. Verify that you have a compatible motherboard and space for dual x16 connectors, per Lenovo’s hardware maintenance manual for the SR655.
  • Carefully remove any existing riser card or expansion brackets that may obstruct the installation. Keep screws and mounting hardware organized for reassembly.
  • Install the PCIe Riser3 Kit into the designated riser slot on the SR655 motherboard. Align connectors precisely and seat the riser firmly to ensure a secure electrical connection. Replace mounting screws to lock the riser in place.
  • Reconnect any PCIe devices, power cables, and any relevant front-panel or auxiliary connections. Close the chassis, reconnect external cables, and power on the server. Enter the system BIOS/UEFI to confirm the two PCIe x16 slots are detected and configured as expected.

Frequently asked questions

  • What does the Lenovo ThinkSystem SR655 x16/x16 PCIe Riser3 Kit do? It provides dual PCIe x16 expansion pathways within the SR655 server, enabling two high-bandwidth PCIe devices to be installed directly in the server for enhanced compute, visualization, networking, or storage acceleration.
  • Is this riser kit compatible with all SR655 configurations? The kit is designed for SR655 systems with compatible motherboard footprints and chassis clearance for dual x16 PCIe expansions. Always verify the exact SKU and compatibility with Lenovo product documentation or your vendor.
  • Can I use GPUs or other PCIe cards with this kit? Yes, the dual x16 connectors support GPUs, accelerators, high-speed NICs, and other PCIe add-in cards that benefit from x16 bandwidth in enterprise workloads.
  • Does installation require a service window? Installation is typically performed during a scheduled maintenance window to minimize impact. When performing any hardware upgrade, ensure proper shutdown and adherence to internal change-control processes.
  • What kind of support comes with the kit? Lenovo provides enterprise hardware support and warranty for ThinkSystem components, subject to your service agreement. Check your specific warranty terms for coverage details and response times.

Customer reviews

(0)

0 Out of 5 Stars


5 Stars
0
4 Stars
0
3 Stars
0
2 Stars
0
1 Star
0


Showing - Of Reviews


You may also like

Recently viewed