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To adapt to the inevitable trend of AI revolution, intelligent data centers are undergoing comprehensive upgrades.
With the widespread application of high-density chips such as GPUs, liquid cooling technology has shown obvious advantages.
Vansim has mature manufacturing experience and stable quality in data center server liquid cooling plates.
Data center cooling system
Advantages of data center liquid cooling solutions：
To ensure smooth and efficient operation of today's data centers, many data centers require cooling solutions.
Some of the benefits of switching to liquid cooling solutions include:
1. Operating costs can be reduced by switching from air conditioning to more efficient liquid cooling
2. Liquid cooling efficiency significantly improves the energy efficiency of data centers for high-performance, high-power CPUs and GPUs.
Liquids are inherently more efficient at removing heat, and to meet future CPU and GPU cooling requirements, liquid cooling may become a must to support the highest performance and highest density servers.
3. Reduce costs and environmental impact
Liquid cooling reduces electricity use and lowers the carbon emissions of fossil fuel power plants. Therefore, reducing the environmental impact of today's data centers is becoming a corporate responsibility.
High heat dissipation efficiency, low noise level, low energy consumption, high stability, suitable for high-performance computing and cloud computing centers
Servers Water Block
The liquid is in indirect contact with the heat generating components of the server and removes the heat through heat conduction, thus preventing the liquid from directly contacting the chips inside the device and reducing the risk of failure.
Data center liquid cooling technology: cold plate liquid cooling
The popularity of applications such as artificial intelligence, machine learning, and big data analysis has led to a growing demand for high-performance computing. Data centers are introducing graphics processing units (GPUs) and dedicated acceleration hardware such as FPGAs and TPUs to handle complex computing tasks. As the performance of central processing units (CPUs) and graphics processing units (GPUs) continues to improve, the heat they generate during operation is also increasing. The choice of cooling methods for data centers is an important condition for ensuring stable operation and efficient energy consumption of data centers.
As the global digital transformation accelerates, data centers are becoming the core of modern enterprises and Internet infrastructure.
The explosive growth of data volume, the popularity of cloud computing, the surge in Internet of Things (IoT) devices, and the widespread application of edge computing and artificial intelligence have driven changes in the design and management of data centers. Against this backdrop, data centers are redefining flexibility and performance through technological innovation and architectural optimization to meet growing business needs.
Please contact Vansim technical team to serve you with your data center cooling system!
When choosing a server cooling method, data centers mainly consider the following factors: cooling efficiency, noise, energy consumption, maintenance costs, and applicable scenarios.
How to choose the cooling method for data center servers?
There are mainly two methods: air cooling and liquid cooling.
Air cooling is one of the most common cooling methods in data centers. It removes the heat generated by the equipment through air circulation, ensuring that the equipment operates in an efficient and safe environment.
Liquid cooling has higher heat dissipation efficiency and lower energy consumption than air cooling. Liquid cooling technology uses liquid (usually water) as a cooling medium to remove heat through heat conduction or heat convection.
What are the common cooling methods for data centers?
Skived heat sinks for data center Air Cooling
The equipment of the air-cooled heat dissipation system (such as fans, air conditioners, etc.) is relatively cheap, the technology is mature and the installation time is short, Since fans are required, air cooling will generate some noise, especially when running under high load. The energy consumption is relatively high, and the maintenance cost is low. It is suitable for servers with low power consumption, such as small data centers or low-density deployment scenarios.
Vansim can provide you with mature copper skived-tooth heat sink manufacturing technology to serve the server air cooling solution.
Data Center Liquid cooling technology immersion cooling:
Completely immerse the server components in a special liquid with a low boiling point, insulation, and non-corrosiveness, and then use the liquid as a medium to remove the heat generated by the CPU, memory stick, chipset, expansion card and other electronic devices in the server through the heat exchange engineering design. This method performs well in processing high-intensity computing tasks, but due to cost and technical complexity, it is currently used at a low rate.
What main production processes can Vansim provide for data center liquid cooling plates?
——High-density tooth skiving process,
——Water cold plate friction stir welding process,
——water block brazing process, etc.
More varieties Thermal Products:
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micro-channel liquid cold plate used high density copper skived heat sink
2022-10-07 -
high density copper skived heat sink for micro-channel cold plate
2022-10-07 -
High Density Copper skiving fin heat sink
2021-11-23 -
Full copper Mirco-channel skiving fin brazing liquid cold plate
2021-10-25 -
data center servers liquid cooling water block
2024-10-10 -
high density aluminum skived heat sink used for micro-channel liquid cold plate
2022-10-07
0086 138 2691 1113 0086 139 2943 3157
No. 10, Minying West Road, Hengli Town, Dongguan City, China 523390
bill@vansim.com alin@vansim.com
0086 139 2943 3157
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