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| 关键词 | Cold Plate Liquid Cooling |
|---|---|
| 分类 | Liquid cooled productsCold plate liquid cooling is a high-efficiency heat dissipation method that transfers heat from components to coolant via a cold plate. The cold plate is typically a sealed cavity made of highly thermally conductive metals such as copper and aluminum, and is tightly attached to the surface of heat-generating components.When the equipment is in operation and generates heat, the heat is first transferred to the cold plate. Coolant then circulates through flow channels inside the cold plate and carries heat away from it, thereby cooling the heat-generating components. During this process, the coolant does not come into direct contact with electronic components; instead, heat transfer is completed through the high-performance thermally conductive cold plate. For this reason, cold plate liquid cooling is also referred to as indirect liquid cooling. This non-contact cooling method effectively prevents potential damage to electronic components from coolant and ensures stable equipment operation.AdvantagesIn terms of installation, it does not require major modifications to existing server motherboards. Efficient heat dissipation can be achieved simply by attaching cold plates to heat-generating components, making the installation process simple and fast. Meanwhile, the compact design of cold plates results in a small overall system footprint that does not occupy excessive space, making it especially suitable for intelligent computing centers with limited space.In terms of heat dissipation efficiency, cold plate liquid cooling delivers excellent performance. Liquid has significantly higher thermal conductivity than air, enabling rapid heat removal from heat-generating components, greatly lowering equipment temperature, and ensuring stable chip operation in a low-temperature environment. This in turn improves the overall computing performance of intelligent computing centers.Cold plate liquid cooling offers good material compatibility. Since coolant flows within the cold plate channels and does not directly contact motherboards or chip modules, only the compatibility between the coolant, circulation pipelines, and cold plates needs to be considered. This provides greater flexibility in coolant selection. |
Cold plate liquid cooling is a high-efficiency heat dissipation method that transfers heat from components to coolant via a cold plate. The cold plate is typically a sealed cavity made of highly thermally conductive metals such as copper and aluminum, and is tightly attached to the surface of heat-generating components.
In terms of installation, it does not require major modifications to existing server motherboards. Efficient heat dissipation can be achieved simply by attaching cold plates to heat-generating components, making the installation process simple and fast. Meanwhile, the compact design of cold plates results in a small overall system footprint that does not occupy excessive space, making it especially suitable for intelligent computing centers with limited space. In terms of heat dissipation efficiency, cold plate liquid cooling delivers excellent performance. Liquid has significantly higher thermal conductivity than air, enabling rapid heat removal from heat-generating components, greatly lowering equipment temperature, and ensuring stable chip operation in a low-temperature environment. This in turn improves the overall computing performance of intelligent computing centers. Cold plate liquid cooling offers good material compatibility. Since coolant flows within the cold plate channels and does not directly contact motherboards or chip modules, only the compatibility between the coolant, circulation pipelines, and cold plates needs to be considered. This provides greater flexibility in coolant selection. 注：以上信息来自海登博格制冷技术有限公司官网（hidengberg.com），产品图片已做去LOGO处理。
