HPE DL380 Gen10 High Performance Heat Sink Kit

Upgrade your data center cooling with the HPE DL380 Gen10 High Performance Heat Sink Kit. Designed specifically for the DL380 Gen10 family, this kit delivers enhanced thermal management to keep processors cooler under heavy workloads, minimize thermal throttling, and help you sustain peak performance in dense 2U server environments. The high-precision fins, premium materials, and engineered airflow paths work together to optimize heat removal from CPU and adjacent components, allowing your server to handle virtualization, databases, and compute-intensive tasks with greater reliability. Built to endure the rigors of long-term operation in data centers and edge deployments, this heat sink kit balances performance, efficiency, and durability in a single, install-ready package.

• Unmatched cooling performance for DL380 Gen10 deployments — a high-efficiency heat sink design distributes heat across a wide fin surface to maximize contact with ambient air. This improves thermal conductivity, reduces hotspots, and minimizes throttling during sustained heavy workloads, helping your CPU maintain turbo frequencies longer and deliver consistent throughput under virtualization, analytics, and database operations.
• Optimized for dense server configurations and high-availability environments — engineered to fit seamlessly within the DL380 Gen10 chassis, with an airflow-optimized geometry that aligns with the server’s cooling paths. The kit supports efficient heat transfer in compact rack layouts, enabling reliable operation in multi-node racks where space and airflow can be constrained.
• Easy installation and maintenance — includes all required mounting hardware and an intelligent layout that simplifies replacement or upgrade during planned maintenance. The kit is designed for straightforward alignment with the CPU socket and surrounding components, reducing downtime and helping technicians complete service tasks quickly and safely.
• Durable construction for long-term reliability — built from robust, durable materials with a corrosion-resistant finish to withstand the rigors of data-center environments. The heat sink kit is designed to resist vibration and thermal cycling, preserving performance and reducing the likelihood of loosening or wear over time in active deployments.
• Warranty-backed support and ecosystem compatibility — backed by vendor support and tightly integrated with HPE hardware ecosystems, ensuring compatibility with the DL380 Gen10 platform and access to service resources if you need them. This kit is part of a broader thermal management strategy for enterprise servers, offering predictable performance and a clear upgrade path within your server maintenance plans.

Technical Details of HPE DL380 Gen10 High Performance Heat Sink Kit

Technical specifications are typically listed in the official spec sheets and vendor portals. This description provides a high-level overview focused on performance, compatibility, and installation considerations. For full measurements, material compositions, mounting dimensions, and thermal ratings, consult the SKU/UPC-specific specifications on the vendor portal or contact your authorized HPE reseller. This heat sink kit is designed to complement the DL380 Gen10 family, delivering enhanced thermal management while preserving serviceability and reliability in enterprise data-center environments.

how to install HPE DL380 Gen10 High Performance Heat Sink Kit

Step 1: Power down the server, unplug all cables, and ground yourself to prevent static discharge. Ensure you follow your data-center’s safety and ESD guidelines before opening the chassis.

Step 2: Remove the server chassis cover and gain access to the CPU area. If you are replacing an existing heat sink, carefully disconnect any adjacent cables and detach the old cooling assembly following the manufacturer’s service manual.

Step 3: Clean the CPU mounting surface if required and inspect the socket area for dust or debris. Position the new heat sink kit so that its alignment guides line up with the CPU socket and mounting holes, ensuring a smooth seating surface to avoid air gaps.

Step 4: Install the heat sink kit using the provided mounting hardware. Apply even pressure to secure the contact between the heat sink base and the CPU IHS (Integrated Heat Spreader). Tighten fasteners in a cross pattern to the recommended torque values to ensure uniform clamping force across the assembly.

Step 5: Reattach any fans, shrouds, and cables that were removed during the swap. Confirm that airflow paths are clear of obstructions and that no cables are resting on the heat sink fins, which could impede cooling performance.

Step 6: Replace the chassis cover, reconnect power, and power on the server. Enter BIOS/UEFI to verify CPU recognition and ensure thermal monitoring is active. Observe initial temperatures to confirm the heat sink is functioning as intended and that there are no error codes related to the processor startup.

Step 7: Run a short stress test or a monitored workload to verify sustained cooling performance. Monitor temperatures under load for several minutes to ensure consistent thermal headroom and to confirm the absence of overheating events or throttling during typical enterprise workloads.

Frequently asked questions

Q: Is the HPE DL380 Gen10 High Performance Heat Sink Kit compatible with all DL380 Gen10 configurations?

A: The kit is engineered for the DL380 Gen10 family. To ensure proper fit, verify your server’s exact SKU/UPC and refer to the compatibility notes provided by your authorized HPE reseller or the official product listing.

Q: Does the kit include mounting hardware and all necessary components?

A: Yes. The kit typically includes the heat sink, mounting brackets, screws, and any other hardware required for installation on supported DL380 Gen10 servers, along with documentation to aid installation.

Q: Will installing this kit void my server warranty?

A: When installed in accordance with Hewlett Packard Enterprise guidelines and by qualified personnel, the kit is supported within the terms of your existing warranty or service agreement. Always consult your warranty terms and your service provider for specific coverage details.

Q: Can this heat sink improve performance during virtualization and database workloads?

A: Yes. By enhancing thermal management, the heat sink helps reduce thermal throttling and maintain stable processor performance during sustained, multi-threaded workloads common to virtualization, databases, and analytics tasks.