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HPE ProLiant DL380 Gen10 Standard Heatsink
Key Features
Brand: HPE
Device Type: HP DL360 G10 Server Heatsink
Efficient Copper Heatsink for Servers
Quiet Heatsink for Server Cooling
90-Days Assured Warranty
Instant customer assistance
Speedy Shipping across Kenya
Round-the-clock support team
1 Year Warranty
HPE ProLiant DL380 Gen10 Standard Heatsink Review: OEM CPU Cooling
The HPE ProLiant DL380 Gen10 Standard Heatsink delivers essential thermal regulation engineered specifically for enterprise rack server environments. This original equipment manufacturer replacement component ensures precise metal-to-die thermal contact. It provides continuous static cooling to protect critical internal processors from catastrophic heat degradation while sustaining optimal multi-core computing workloads.
Executive Overview and Premium Design Philosophy
The HPE Standard Heatsink represents a vital component in data center hardware reliability for high-availability enterprise computing infrastructure. It transitions organizational networks from generic, unsecured third-party cooling solutions to a tested factory ecosystem. Designed for seamless deployment in high-density ProLiant server frames, corporate cloud arrays, and localized virtual machine nodes, this original equipment component safeguards enterprise server processors against hardware failures.
Engineered for Elite Professional Workflows
Continuous server uptime is an absolute requirement for active business networks and database engines. This high-efficiency static cooling block facilitates this necessity by maintaining a regulated temperature profile inside the dense 2U server chassis. Enterprise Scalable processors can run intensive processing cycles and handle heavy user traffic loads without experiencing thermal throttling, sudden reboots, or hardware crashes. The specialized architecture maintains steady thermal performance, supporting continuous operations around the clock.
Structural Integrity and Premium Aesthetics
Constructed from high-grade aluminum cooling fins bonded to a heavy-duty copper base block, this unit features a custom form factor optimized to sit flat over the processor socket frame. Unlike low-grade aftermarket heatsinks that warp under prolonged thermal stress or feature uneven surfaces, this premium component features precision factory-machined tolerances. The industrial design manages internal chassis airflow paths efficiently, keeping your server rack operating quietly and cleanly.
Key Technical Specifications
- Product Type: Standard passive server processor cooling heatsink block
- Compatible Server Platform: HPE ProLiant DL380 Gen10 Rackmount Server Series
- Processor Socket Compatibility: Intel Xeon Scalable First and Second Generation (Socket LGA3647)
- Thermal Design Power Capacity: Optimized for standard processors up to 125 Watts
- Chassis Space Height Profile: Standard 2U rack enclosure clearance profile
- Material Composition Base: High-conductivity mirror-polished copper base plate
- Material Composition Fins: Multi-layered structural aluminum dissipation fins
- Compatible Option Kit Numbers: 826356-B21, 875069-001, 796853-001, and 839277-001
Top Benefits of the HPE DL380 Gen10 Standard Heatsink
High-Conductivity Copper Base Core
The lower contact surface features a premium solid copper foundation sheet polished to a mirror finish. This architectural choice maximizes physical surface interaction with the processor integrated heat spreader, enabling rapid absorption and transition of raw heat energy away from the processing chips.
Streamlined Aluminum Fin Airflow Geometry
The upper dissipation section features tightly aligned, vertical aluminum cooling fins configured to match the structural airflow paths of the server fan array. This open channel layout allows air to pass through the metal grids with minimal resistance, maximizing continuous heat evacuation.
Integrated Processor Alignment Carrier System
Engineered for rapid field deployments and reliable socket safety, the heatsink body connects directly to an original hardware carrier frame layout. This integrated attachment framework ensures that the processor and heatsink drop onto the motherboard alignment pins as a single unified element, preventing bent slot pins.
Factory-Validated Drop-In Hardware Integration
Every element inside this option component package undergoes strict quality control validation to guarantee total operational alignment with ProLiant infrastructure. The compact 2U form factor sits neatly beneath the clear plastic internal air shroud, ensuring unhindered airflow over adjacent memory banks and power rails.
Server Computational Cooling Block Allocation Matrix
| Heatsink Class Profile | Maximum Processor Wattage Capacity | Primary Hardware Purpose | Target Deployment Environment |
|---|---|---|---|
| Standard Heatsink | Up to 125 Watts Thermal TDP | Cooling Bronze and Silver Tier CPUs | Standard Office Fileshares and Localized Boot Pools |
| High Performance Heatsink | Exceeds 125 Watts Thermal TDP | Cooling Heavy Gold and Platinum CPUs | Intense Dense Virtualization and Heavy Database Engines |
Step-by-Step Server Hardware Installation Instructions
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- Power Down System Safely: Shut down the server operating system completely, disconnect all active rear AC power cords, and slide the server forward out of the rack rails.
- Access the Interior Mainboard: Open the top metallic security access panel and pull the clear plastic airflow shroud straight out of the server frame.
- Assemble the Processor Kit: Snap your processing chip securely into the authorized plastic realignment carrier tool, then click it onto the heatsink base.
- Seat the Unified Assembly: Align the corner pin markings precisely over the open motherboard socket tower guides and lower the unit gently into position.
- Secure the Retention Screws: Tighten the four spring-loaded retaining torx screws firmly using an alternating cross-pattern script to distribute contact pressure uniformly.
Frequently Asked Questions
Can this standard heatsink be used with a high-end Intel Xeon Gold processor?
No. High-performance processors in the Intel Xeon Gold and Platinum lines typically feature higher core counts and demand significantly more electricity, pushing their thermal outputs past the 125-watt dissipation limit of this standard cooling block. For those chips, you must utilize the physically larger HPE High Performance Heatsink option kit to avoid severe thermal throttling.
Does this replacement component arrive with pre-applied thermal paste?
Original equipment manufacturer retail packaging sets generally include a pre-applied layer of high-performance thermal interface compound protected by a clear plastic cover sheet on the copper base. If you are reusing a heatsink or installing a bare pulled component, you must clean the metal surfaces thoroughly and apply fresh thermal compound manually.
