HPE ProLiant DL380 Gen10 Plus High Performance Heat Sink Kit

The HPE ProLiant DL380 Gen10 Plus High Performance Heat Sink Kit is a critical upgrade for data centers that demand sustained, mission-critical performance from their rack-mounted servers. Engineered to maximize cooling efficiency in dense, compute-heavy workloads, this heat sink kit works in harmony with the DL380 Gen10 Plus platform to maintain consistent processor performance, reduce thermal throttling, and extend the life of your server hardware. Built to withstand the rigors of enterprise environments, it delivers reliable thermal management, improved airflow, and dependable operation under virtualization, database, analytics, and AI-forward applications. If you want to protect uptime, protect data integrity, and optimize total cost of ownership, this heat sink kit is a key component in your server ecosystem.

• Advanced cooling design for DL380 Gen10 Plus—engineered specifically for the Gen10 Plus line, this high performance heat sink harnesses a robust copper core and precision-engineered fins to maximize thermal transfer, providing rapid heat dissipation and stable temperatures even under demanding workloads.
• Supports sustained enterprise workloads—by improving thermal headroom, the kit helps prevent CPU throttling during virtualization, large-scale databases, analytics, and sensor-heavy workloads, enabling higher, more consistent performance without compromising reliability.
• Seamless compatibility and simple installation—designed to fit directly within the DL380 Gen10 Plus chassis, with HP-standard mounting hardware and fastenings that simplify deployment and minimize downtime for upgrades or replacements.
• Durable, enterprise-grade construction—built to endure the rigors of the data center, the heat sink kit uses corrosion-resistant materials and HP-certified components to deliver long service life, predictable performance, and easy maintenance over time.
• Energy-efficient cooling for data center savings—enhanced thermal management can contribute to cooler internal temperatures, smoother fan operation, and lower energy consumption per compute unit, supporting a lower total cost of ownership while preserving performance margins.

Technical Details of HPE ProLiant DL380 Gen10 Plus High Performance Heat Sink Kit

• Compatibility: HPE ProLiant DL380 Gen10 Plus servers, with expectancy for seamless integration within the platform’s cooling architecture.
• Type: High performance heat sink kit designed to optimize processor cooling in dense, enterprise-class workloads.
• Components included: Heat sink assembly and mounting hardware compatible with DL380 Gen10 Plus configurations; user manual or installation guidance as applicable.
• Material: Copper core with precision-machined aluminum or alloy fins, optimized for heat transfer and durability.
• Weight and dimensions: Engineered to fit within the server’s internal clearance and airflow patterns; designed for balance between thermal performance and serviceability.
• Warranty and support: Covered under HP’s standard hardware warranty terms as part of the ProLiant ecosystem; supported by HP technical resources for installation and troubleshooting.
• Warranty status: Please refer to the product listing or HP support for the most current warranty coverage and terms.

how to install HPE ProLiant DL380 Gen10 Plus High Performance Heat Sink Kit

• Prepare the server—power down the DL380 Gen10 Plus system, disconnect all cables, and place the server on a non-conductive surface. Ensure you follow your data center’s safety and ESD procedures before handling internal components.
• Access the processor area—remove the server cover or access panel as required by your chassis design to reveal the CPU socket and existing cooling assembly. Examine the area for dust and debris and clean if needed using approved equipment.
• Remove the existing heat sink—carefully detach any retention brackets, screws, or latches holding the current heat sink in place. Keep track of mounting hardware for reuse if applicable, or replace with the kit’s hardware as directed by HP guidelines.
• Prepare the new heat sink—inspect the new heat sink for any shipping damage and ensure the mounting surfaces are clean and free of obstruction. If the kit includes a thermal interface material, confirm its application status per the included instructions; some configurations may have pre-applied, while others require you to apply a suitable compound.
• Install the heat sink—align the heat sink with the CPU socket and secure it using the provided mounting hardware. Tighten screws or fasteners in a cross-pattern as recommended to ensure even pressure and optimal contact with the processor heat spreader.
• Reassemble and test—reinstall any access panels, reconnect power and data cables, and power up the server. Run the system diagnostics or HP-provided firmware utilities to verify proper seating, cooling performance, and absence of error states. Monitor CPU temperatures to confirm improved thermal behavior under typical workloads.

Frequently asked questions

• Q: Is this heat sink kit compatible with all DL380 Gen10 Plus configurations? A: The kit is designed for DL380 Gen10 Plus servers and should be compatible with standard Gen10 Plus chassis options. Always confirm exact server model, processor type, and maintenance agreement before installation.
• Q: What is included in the kit? A: The kit typically includes the heat sink assembly and mounting hardware compatible with the DL380 Gen10 Plus, along with installation guidance. Some bundles may also include additional seals or spacers as recommended by HP.
• Q: Do I need to apply thermal paste? A: Depending on the kit design and factory preparation, thermal interface material may or may not be pre-applied. Follow the included installation instructions regarding any required paste or pre-applied interface and ensure clean, even contact for best results.
• Q: Can I install this myself, or should I hire a technician? A: For optimal results and to preserve warranty, install by a trained technician or a qualified data center engineer familiar with HP ProLiant systems. If you’re unsure about any step, consult HP support or your authorized service provider.
• Q: What benefits should I expect after installation? A: Expect improved thermal efficiency, reduced CPU throttling under heavy workloads, more stable performance during virtualization and database operations, and potential reductions in fan noise and energy consumption due to better overall cooling efficiency.