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Product Overview |
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The HPE 2U Standard Heatsink Kit for ProLiant DL3X5 Gen11 is designed to manage heat in a 2U server environment effectively. It fits seamlessly into the server chassis, providing consistent cooling performance to protect key components and keep systems running smoothly in demanding data center settings. |
General Information |
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| Brand | HPE |
| Part Number | P60415-001 |
Physical Characteristics |
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| Weight | 5.00 |
| Condition | Refurbished |
Product Description |
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This 2U standard heatsink kit is designed specifically for HPE ProLiant DL3X5 Gen11 servers. It plays a crucial role in maintaining the correct operating temperature for the server's components, primarily the processors. Proper cooling helps maintain system stability and performance during demanding workloads. Often found in data centers and enterprise IT environments, the heatsink is essential for IT professionals who manage large-scale server deployments. It is built for environments that require reliable thermal solutions to support continuous server operations. Key Features
This heatsink kit is typically deployed in enterprise data centers where maintaining hardware health is critical. By effectively dissipating heat, it helps prevent overheating and potential system downtime. Its role in thermal management ensures that servers can perform reliably under heavy processing demands, making it a vital component in maintaining uptime and operational efficiency. |
Use Cases |
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The HPE 2U Standard Heatsink Kit for ProLiant DL3X5 Gen11 is primarily deployed in data center environments where managing thermal load in dense server racks is critical. IT administrators and infrastructure engineers benefit from this solution to maintain stable operation of compute-intensive workloads in enterprise and cloud hosting setups. How It's Used:
This heatsink kit helps maintain efficient cooling pathways, reducing the risk of thermal throttling and hardware failure. By supporting consistent airflow and heat dissipation, it enables scalable deployment of compute resources while preserving server reliability in demanding operational contexts. |