Lenovo ThinkSystem SR550/SR590/SR650 3.5" SATA/SAS 8-Bay Backplane Kit

LenovoSKU: 5162148

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Sale price$276.36

Description

Lenovo ThinkSystem SR550/SR590/SR650 3.5" SATA/SAS 8-Bay Backplane Kit

This Lenovo ThinkSystem backplane kit is designed to unlock expansive storage potential for your SR550, SR590, and SR650 servers. Built to handle eight 3.5-inch SATA or SAS drives, this backplane kit delivers reliable, scalable storage expansion with plug-and-play compatibility within Lenovo’s ThinkSystem lineup. It’s engineered for enterprise workloads that demand high availability, fast data access, and streamlined maintenance — from virtualization and databases to backups and large-scale analytics. The backplane integrates seamlessly with the server chassis, providing robust drive connectivity, simplified drive replacement, and consistent performance across all eight bays. Whether you are consolidating workloads, expanding storage capacity, or building a resilient data center, this 8-bay backplane kit helps you maximize your ThinkSystem investment with minimal downtime and straightforward installation.

  • Massive storage density and flexibility: Eight 3.5" SATA/SAS drive bays deliver substantial capacity in a compact form factor, enabling larger datasets, richer virtualization environments, and robust archival capabilities. The backplane is designed to support a wide range of enterprise-class drives, giving you the freedom to mix and match drives for tiered storage, performance, or capacity goals while maintaining a consistent, organized drive layout within your ThinkSystem chassis.
  • Hot-swappable, designed for uptime: The backplane supports hot-swappable drives, allowing you to replace or upgrade disks without powering down the server. This capability minimizes downtime during maintenance windows, accelerates RAID rebuilds, and reduces disruption in production environments. With LED indicators and reliable drive detection, you can quickly identify drive status and take action as needed to sustain service levels.
  • Broad compatibility within the ThinkSystem ecosystem: Specifically engineered for Lenovo ThinkSystem SR550, SR590, and SR650 servers, this backplane kit ensures tight integration with Lenovo’s storage architecture. It aligns with the chassis backplane connectors, controller interfaces, and firmware expectations of these models, delivering predictable performance and reducing compatibility concerns during upgrades or expansions.
  • Performance-conscious design for data-intensive workloads: By consolidating eight drives into a single backplane, the kit supports efficient data paths between the drives and the server’s storage controller. This configuration helps improve throughput for sequential and random workloads, accelerates data-intensive tasks, and contributes to lower latency under multi-drive operations — a key advantage for virtualized environments, large databases, and high-IOPS applications.
  • Diagnostics, reliability, and ease of maintenance: The backplane features clear drive status indicators and a durable build that withstands ongoing rack deployments. The design emphasizes simple maintenance, with straightforward drive installation and removal, good cable management, and compatibility with standard Lenovo server service procedures. This translates into faster recovery from drive failures and lower total cost of ownership over the life of the system.

Technical Details of Lenovo ThinkSystem SR550/SR590/SR650 3.5" SATA/SAS 8-Bay Backplane Kit

  • Compatibility: Lenovo ThinkSystem SR550, SR590, and SR650 server models
  • Drive bays: 8 x 3.5-inch hot-swappable SATA/SAS drive bays
  • Backplane type: 3.5" drive backplane designed to connect to the server’s internal storage controller
  • Interface: Built to integrate with the ThinkSystem storage architecture for reliable data transfer
  • Build and design: Factory-backed kit with chassis-grade components and mounting hardware to ensure secure installation
  • Warranty and support: Lenovo-supported backplane kit intended for enterprise deployments (refer to Lenovo support for exact warranty terms)
  • Notes: For exact connector specifications, supported firmware versions, and installation prerequisites, consult Lenovo product documentation and the server’s maintenance manual

how to install Lenovo ThinkSystem SR550/SR590/SR650 3.5" SATA/SAS 8-Bay Backplane Kit

  • Prepare the server: Power down the ThinkSystem server, unplug all power sources, and follow proper ESD precautions before handling internal components.
  • Access the chassis: Remove the server cover or access panel according to the chassis maintenance procedure. Ensure adequate clearance and workspace to accommodate eight drive bays and the backplane assembly.
  • Remove existing backplane (if upgrading): If you’re replacing an existing backplane, disconnect all cables and components carefully, then remove the old backplane from the chassis.
  • Install the backplane kit: Align the 3.5" backplane with the chassis mounting points and slide it into position. Secure with screws or hardware specified by Lenovo for proper rigidity within the chassis.
  • Connect drive and controller interfaces: Attach the SAS/SATA cables and any required connectors from the server’s storage controller to the backplane. Ensure each bay connector is seated firmly to establish reliable drive communication.
  • Route cables and manage airflow: Arrange cables neatly to avoid obstructing fans and airflow. Use cable management features of the chassis to preserve cooling efficiency and minimize slack that can impede installation or service access.
  • Reinstall drives: If you’re reintroducing existing drives, place them into the 3.5" drive carriers and insert them into the eight bays. Confirm that each drive is properly seated and the drive carriers are locked in place.
  • Power up and verify: Replace the server cover, reconnect power, and boot the system. Enter the system BIOS or storage controller utility to confirm the backplane and all eight drives are detected. Check drive health indicators and run a basic storage quick-check to verify operation.
  • Configure storage as needed: Use the operating system’s storage manager or RAID controller utility to configure the drives into desired RAID volumes or storage pools. If applicable, apply any firmware or driver updates recommended by Lenovo for optimal compatibility and performance.
  • Test and monitor: After configuration, perform read/write tests to ensure consistent throughput across all bays. Monitor drive temperatures and system logs to catch any warning signs early and schedule preventive maintenance as needed.

Frequently asked questions

  • Q: Is this backplane kit compatible with all ThinkSystem SR-series servers?
    A: It’s specifically designed for Lenovo ThinkSystem SR550, SR590, and SR650 models. If you’re using a different ThinkSystem model, verify compatibility with Lenovo’s official documentation or support before purchasing.
  • Q: Does the kit support both SATA and SAS drives?
    A: Yes. The backplane is designed to accommodate 3.5" SATA and SAS drives in the eight bays, providing flexibility in drive types based on your workloads and budget.
  • Q: Are drive sleds or carriers included with the kit?
    A: The backplane kit focuses on the backplane assembly and required mounting hardware. Check the product listing or Lenovo support materials for specifics on whether drive sleds are included or if you’ll need to source them separately.
  • Q: Will installation require downtime?
    A: Replacing or upgrading the backplane in most cases can be planned to minimize downtime. Because the backplane supports hot-swappable drives, individual drives can be serviced without powering down the entire server, but any complete backplane replacement may require a maintenance window depending on your environment and RAID configuration.
  • Q: How do I ensure optimal performance after installation?
    A: After installation, verify that all drives are detected by the server’s storage controller, update firmware if available, and configure your RAID or storage pools for your workload. Regularly monitor drive health, temperatures, and system logs to detect issues early and maintain peak performance.

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