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Efficient heat transfer from the CPU to the airflow
Optimized surface design for faster cooling
Compatibility with redundant fan arrays
Temperature stability under sustained workloads
This is particularly valuable in dense rack environments or 24/7 operations where thermal throttling can impact reliability and throughput.
Precision Engineering for DL380 Gen10
Designed specifically for the ProLiant DL380 Gen10 server, this heatsink matches the mechanical layout and cooling strategy of the platform. Installation is straightforward, aligning with the CPU socket and making full use of the server’s fan system and airflow pathways.
Because it’s designed to OEM specifications, you benefit from:
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Proper fit without modification
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Maximum airflow utilization
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Thermal performance consistent with HPE engineering standards
This heatsink is suited to servers configured with multi-core Xeon processors and high memory densities — systems that demand robust cooling.
Enterprise-Grade Durability and Reliability
The materials and design of the HPE High Performance Heatsink ensure long-term reliability in production environments. Its robust construction stands up to continuous operation, making it suitable for:
Reduced thermal stress contributes to longer component life and fewer thermal-related issues.
Installation and Compatibility
This heatsink is compatible with the following:
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HPE ProLiant DL380 Gen10 rack servers
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Systems with thermal solutions designed around HPE cooling architecture
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Proper matching with HPE fan modules for best results
Always ensure that the server chassis and airflow configuration align with HPE’s documentation for DL380 Gen10 thermal guidelines.
Ideal Use Cases
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Enhanced CPU cooling in production servers
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Systems running heavy virtualization workloads
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High-density server racks
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Environments with elevated ambient temperatures
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Servers operating 24/7 under heavy load
Why Choose This Heatsink
The HPE High Performance Heatsink for DL380 Gen10 delivers improved CPU cooling efficiency, system stability, and enterprise reliability. It’s a key component when upgrading server cooling, prepping systems for high performance tasks, or maintaining healthy thermal performance in enterprise deployments.
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