HPE Networking Comware 5960 400G Power Supply Side to Port Side Airflow Fan Module

The HPE Networking Comware 5960 400G Power Supply Side to Port Side Airflow Fan Module is engineered to protect critical, high-density data center deployments. Designed to complement the Comware 5960 switch family, this fan module delivers precise, reliable cooling for multi-rate networks that scale from 25G up to 400G. Its side-to-port airflow configuration concentrates cooling where it’s most needed, helping to maintain optimal hardware performance, reduce thermal throttling, and extend the life of your high-performance network infrastructure. Built with enterprise-grade quality and serviceability in mind, this module integrates seamlessly into modern data centers that demand resilient, low-noise cooling solutions without sacrificing uptime or efficiency.

• High-density cooling for 400G environments: The side-to-port airflow design is optimized for dense 400G QSFP-DD deployments, ensuring uniform air distribution across hot modules and preventing hotspots in crowded racks. This targeted cooling supports stable throughput and minimizes thermal throttling in multi-rate networks that operate at 25/40/100/200/400G, enabling your data center to scale with confidence.
• Reliability and serviceability: Engineered for data center duty, the module emphasizes reliability with a modular, hot-swappable form factor. In practice, this means faster field replacement and reduced downtime during maintenance windows. The design prioritizes robust connectors and secure latching to endure the rigors of continuous operation in demanding environments.
• Adaptive thermal management: Featuring intelligent fan-speed control, the module adjusts cooling output in real time to respond to changing workloads. Lower speed during calmer periods reduces energy consumption and noise, while ramping up when workloads intensify preserves consistent performance and protects critical components from overheating.
• Seamless integration with HPE Comware 5960 switches: This fan module is purpose-built to work in harmony with the Comware 5960 Switch Series, supporting the range of connectivity options that define modern data centers. Whether you’re deploying multi-rate fabrics or dense 400G uplinks, the module maintains compatibility and helps you consolidate spare parts and maintenance plans around a single family of devices.
• Deployment flexibility and total cost of ownership: By delivering efficient cooling with a simplified, modular replacement process, the fan module contributes to lower operational costs and easier maintenance. Its robust design reduces the likelihood of thermal-related failures, provides longer uptime, and reduces the need for frequent service interventions in busy data center environments.

Technical Details of HPE Networking Comware 5960 400G Power Supply Side to Port Side Airflow Fan Module

• Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

How to install HPE Networking Comware 5960 400G Power Supply Side to Port Side Airflow Fan Module

Installing the HPE Comware 5960 airflow fan module is intended to be straightforward for trained IT staff and data center technicians. Follow these general steps to ensure proper seating, cooling performance, and system reliability:

• Power down or place the device in a safe maintenance state in accordance with your data center’s procedures. If hot-swap is supported for your chassis model, verify that you are authorized to perform a live replacement and follow all safety guidelines.
• Identify the correct fan module slot corresponding to the side-to-port airflow configuration. Confirm compatibility with your HPE Comware 5960 switch series model and ensure you have the exact replacement part.
• Remove any existing fan module carefully by disengaging the latching mechanism without forcing components. Set the old module aside per your organization’s asset management policy.
• Align the new fan module with the slot, ensuring connectors and guides engage smoothly. Gently slide the module into place until the latching mechanism clicks, indicating secure seating.
• Secure the module and re-enable power or resume operation. Monitor the system’s status indicators and fan-health telemetry to verify that the unit is operating normally and delivering the expected airflow.
• Test cooling performance under typical workloads and confirm that temperatures stabilize within target ranges. If temperature readings remain elevated, consult the hardware diagnostics and verify that adjacent modules are not obstructing airflow.

Frequently asked questions

• Q: Is the HPE Comware 5960 400G Power Supply Side to Port Side Airflow Fan Module compatible with all Comware 5960 switch models?
  A: It is designed for use with the HPE Comware 5960 Switch Series and aligns with the airflow and form-factor requirements of this family. Always verify model compatibility with your specific chassis and port configuration before purchase.
• Q: Can this fan module be hot-swapped without powering down the entire chassis?
  A: In many deployments, hot-swapping is supported to minimize downtime. Follow your device’s maintenance procedure and vendor guidelines to ensure a safe, uninterrupted replacement. If in doubt, schedule a maintenance window to perform the swap.
• Q: What is the advantage of side-to-port airflow in dense 400G environments?
  A: Side-to-port airflow concentrates cooling where dense 400G modules congregate, reducing thermal build-up, preserving performance, and extending hardware life in multi-rate fabric deployments. This design helps prevent hot spots that can degrade switch performance under heavy workloads.
• Q: Where can I find the official technical specifications and installation notes?
  A: Official specifications and installation guidelines are typically listed in the product page and the vendor’s support portal. For this specific module, refer to the specifications section on the ec.synnex.com product page using the appropriate UPC or SKU reference, and consult HPE’s documentation for model-specific instructions.