Supermicro 3.5" SATA/SAS Backplane with SES2

SupermicroSKU: 4399644

Price:
Sale price$112.00

Description

Supermicro 3.5" SATA/SAS Backplane with SES2

Meet the backbone of scalable, high-performance storage in data centers and enterprise servers: the Supermicro 3.5" SATA/SAS Backplane with SES2. This backplane is engineered to deliver reliable, hot-swappable drive connectivity for 3.5-inch SATA and SAS drives within compatible Supermicro chassis. Designed for easy maintenance and maximum uptime, it integrates SES2 (SCSI Enclosure Services 2) support to monitor drive health, status, and enclosure events in real time. Whether you’re building a dense virtualization host, a high-transaction database server, or an HPC node, this backplane is built to simplify drive management while preserving the fast data access and rugged reliability your workloads demand. It’s a smart choice for IT teams seeking enterprise-grade storage expansion with plug-and-play compatibility, robust thermal management, and seamless integration with common server management tools. From initial deployment to ongoing operations, this backplane helps you optimize drive utilization, streamline maintenance, and reduce downtime in demanding environments.

  • SES2-enabled drive management for proactive health monitoring — The backplane incorporates SES2 to provide enclosure-level alarms and drive health reporting, enabling administrators to detect failing drives early, trigger alerts, and coordinate timely replacements without extensive downtime.
  • Supports 3.5-inch SATA and SAS drives — Built to accommodate both SATA and SAS 3.5" drives, offering versatile storage options for SATA SSDs, HDDs, and SAS drives within a single backplane, simplifying procurement and upgrade paths for mixed workloads.
  • Hot-swappable, enterprise-grade reliability — Designed for continuous operation in busy data centers, the backplane enables seamless drive removal and insertion without powering down the server, reducing maintenance windows and improving uptime for critical applications.
  • Broad compatibility with Supermicro ecosystems — Engineered to integrate smoothly with a wide range of Supermicro 3.5" chassis and server platforms, ensuring straightforward installation and consistent performance across your infrastructure portfolio.
  • Durable construction and efficient thermal design — Built with high-quality materials and optimized airflow considerations, it maintains stable temperatures under load, helping to protect drive longevity and sustain sustained I/O throughput for demanding workloads.

Technical Details of Supermicro 3.5" SATA/SAS Backplane with SES2

  • Product type: 3.5" SATA/SAS backplane with SES2 (enclosure services support)
  • Drive compatibility: supports standard 3.5-inch SATA and SAS hard drives and solid-state drives
  • Drive bays: designed for use with compatible Supermicro chassis that accommodate 3.5" backplanes
  • Management features: SES2 integration enables drive health status, enclosure alarms, and event reporting
  • Connectivity: provides backplane data and power interfaces for attached drives and controller connections
  • Reliability: built for data center environments with robust hardware and long-life connectors
  • Installation: intended for seamless integration within supported server configurations with minimal cabling

How to install Supermicro 3.5" SATA/SAS Backplane with SES2

Step 1: Power down the server and disconnect it from power sources to ensure a safe installation process. Remove the server chassis cover according to the manufacturer’s guidelines to access the drive bay area.

Step 2: If you are replacing an existing backplane, carefully disengage and remove the old unit, keeping track of any connectors or cables that interface with the chassis backplane. If you are adding a new backplane, verify that your chassis has an available 3.5" backplane slot and compatible drive trays.

Step 3: Align the new backplane’s connector with the chassis backplane interface and slide it into the drive bay slot until it seats securely. Ensure any hot-swap trays are properly positioned and ready for drive installation.

Step 4: Reconnect the drive data and power interfaces to the backplane as required by the chassis design. Attach SES2-related cables or connectors if they are provided separately, following the exact orientation and labeling to avoid misconnection.

Step 5: Reinstall any drive trays, reinstall the chassis cover, and reconnect power. Power on the server and enter the BIOS/UEFI setup to confirm the backplane is detected. Monitor the system via IPMI or your preferred server management software to verify SES2 status, drive health indicators, and any enclosure alerts.

Step 6: Begin your deployment by formatting the new drives and updating storage configurations as needed. For ongoing maintenance, use management tools to monitor drive temperatures, SMART attributes, and enclosure events, scheduling hot-swaps as part of your standard maintenance window.

Frequently asked questions

  • Q: What is SES2, and why is it important? A: SES2 stands for SCSI Enclosure Services 2. It provides enclosure-level management and status reporting for drives, including health indicators and alarm events. This enables proactive maintenance, faster fault isolation, and improved uptime in data center environments.
  • Q: Does this backplane support both SATA and SAS drives? A: Yes. The 3.5" backplane is designed to accommodate standard SATA and SAS drives, giving you flexibility in choosing drives based on performance and budget needs.
  • Q: Is hot-swapping supported? A: Absolutely. The backplane is built for hot-swappable operation, allowing you to replace or add drives without powering down the server, which minimizes downtime for maintenance or upgrades.
  • Q: Will it work with all Supermicro chassis? A: It is designed for compatibility with a wide range of Supermicro 3.5" chassis that support backplanes of this type. Always verify chassis compatibility with your specific model before purchase.
  • Q: How do I monitor drive health after installation? A: Use your server’s IPMI interface or vendor management software to monitor SES2 events, drive health status, drive temperatures, and enclosure alerts. Regular monitoring helps you plan proactive replacements and maintain performance.

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