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AMD EPYC SP5 server liquid cooling radiator
liquid cooling radiator
AMD EPYC SP5 server liquid cooling radiator is specially designed for 1U2U chassis customized water cooling radiator
AMD EPYC SP5 server liquid cooling radiator
liquid cooling radiator
AMD EPYC SP5 server liquid cooling radiator is specially designed for 1U2U chassis customized water cooling radiator

AMD EPYC SP5 server liquid cooling radiator is specifically designed for 1U and 2U chassis, featuring a customized water cooling system.

  • The water-cooled plate of the heat dissipation module is fixed by a combination of steel and aluminum, the steel plate is adhered to the chip, and the aluminum bracket is fixed on the PCB board;
  • Metal nuts are used for fixing water pipes, which can withstand high-pressure working environments;
  • The heat dissipation module adopts vacuum brazing welding, which has high sealing performance and reduces the evaporation of water-cooled liquid;
  • The water-cooled liquid of the heat dissipation module flows in parallel to maintain a uniform temperature.
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AMD EPYC SP5 server liquid cooling radiator is specially designed for 1U2U chassis customized water cooling radiator Data Sheet

Pump Model A1
Voltage 12V
Speed 3800±10%RPM
Radiator Dimensions 1U&2&3U&4U
Material Aluminum
Tube Dimensions Φ10x400mm
Material PTFE
Power dissipation 1000w

liquid cooling radiator Applications

1.
High-Performance Computing (HPC): In areas that require high computing power, such as scientific computing, financial modeling, and weather forecasting, liquid cooling can effectively manage high heat output and ensure stable system operation.
2.
Data Centers: Liquid cooling technology is widely used in data centers to improve cooling efficiency, reduce energy consumption, and support higher density server deployment.
3.
Enterprise Servers: For enterprise servers that need to run for a long time and have high loads, liquid cooling provides a more reliable cooling solution and extends the life of the equipment.
4.
Artificial Intelligence and Machine Learning: When processing large amounts of data and complex computing tasks, liquid cooling helps keep the system running within an efficient temperature range and improves overall performance.

Efficient Cooling: AMD EPYC SP5 Server Liquid Cooling Radiator in 1U and 2U Chassis
In modern data centers and high-performance computing (HPC) environments, cooling has always been a critical factor affecting system performance and reliability. As computing density and power consumption continue to increase, traditional air cooling methods are becoming insufficient. To address this issue, AMD has introduced the EPYC SP5 server liquid cooling radiator, specifically designed for 1U and 2U chassis, providing an efficient cooling solution.

Design Features
The AMD EPYC SP5 server liquid cooling radiator utilizes advanced liquid cooling technology to achieve efficient heat management in limited space. Its design features include:

• Efficient Heat Conduction: The liquid cooling system quickly transfers heat away from the CPU through liquid circulation, preventing heat buildup in localized areas.

• Low Noise: Compared to traditional air cooling radiators, the liquid cooling system operates with lower noise, making it suitable for environments requiring quiet operation.

• Customized Design: Specifically designed for 1U and 2U chassis, ensuring optimal cooling performance even in compact spaces.

Application Areas
1.
High-Performance Computing (HPC): In fields requiring high computational power, such as scientific computing, financial modeling, and weather forecasting, liquid cooling radiators effectively manage high heat output, ensuring stable system operation.
2.
Data Centers: Liquid cooling technology is widely used in data centers, improving cooling efficiency, reducing energy consumption, and supporting higher server density deployment.
3.
Enterprise Servers: For enterprise servers that need to run continuously with high loads, liquid cooling radiators provide a more reliable cooling solution, extending equipment lifespan.
4.
Artificial Intelligence and Machine Learning: When handling large amounts of data and complex computational tasks, liquid cooling radiators help maintain the system within an efficient temperature range, enhancing overall performance.

Future Prospects
As computing demands continue to grow, liquid cooling technology will find applications in more fields. The introduction of the AMD EPYC SP5 server liquid cooling radiator not only improves cooling efficiency but also provides a reliable solution for high-density computing environments. In the future, with continuous technological advancements, liquid cooling radiators will play a crucial role in more high-performance computing and data center applications.

By adopting liquid cooling technology, the AMD EPYC SP5 server liquid cooling radiator offers an efficient and reliable cooling solution for modern computing environments, helping enterprises and research institutions achieve higher computing performance and energy efficiency.

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