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With high power GPUs widely used in NVIDIA new generation platforms, traditional air cooling can no longer satisfy heat dissipation needs and gradually withdraw from mainstream use...

As GPUs based on NVIDIA Rubin architecture reach extreme power levels, traditional air cooling is no longer viable and gradually fades from mainstream use. Liquid cooling manifold has...

Any condensation or liquid leakage in the cooling system may cause damage or failure to the equipment inside the server rack. To address this issue, temperature and humidity sensors are usually installed to ensure that the data center operates below the dew point, thereby reducing the risk of condensation on the system pipelines.

The rapid development of the digital economy, explosive data growth and AIGC’s leapfrog progress have raised higher demands for computing infrastructure. Meanwhile, high energy consumption and inadequate heat dissipation of data center server clusters are driving the industry to adopt more advanced, greener temperature control. Liquid cooling, with much higher heat dissipation efficiency than traditional air cooling, will be widely adopted by server manufacturers and scenarios, boosting the data center industry’s green development.

Liquid cooling thermal management is reshaping the server heat dissipation supply chain ecosystem, drawing widespread investment from industrial players. High-end AI servers equipped with high-performance GPU accelerators feature sharply increased power consumption. With superior heat conduction efficiency, liquid cooling effectively dissipates internal heat, prevents component damage and secures stable performance and reliable operation, which perfectly matches the demands of GPU server liquid cooling and high density server cooling scenarios.

Delta Electronics is one of NVIDIA’s most important global core suppliers for power and liquid cooling thermal management, acting not only as a component provider but also as a strategic R&D partner for the tech giant’s next-generation AI data center architecture.

Liquid cooling technology is being widely adopted in Nvidia GB200 server cabinets and servers equipped with self developed ASIC chips launched by cloud service providers. This industry shift will greatly drive the growth of thermal module supply chain for AI servers and push major manufacturers to expand production capacity across Southeast Asia in the coming period.

CoolIT Systems stands as a global premier supplier of liquid cooling solutions focusing on thermal innovation for data centers AI servers and high performance computing scenarios.

Driven by surging power consumption of high-end AI GPUs, liquid cooling has become an indispensable thermal solution for modern data centers and high-performance AI servers, gradually replacing traditional air cooling. As a global leader in AI computing, NVIDIA has built a complete and hierarchical liquid cooling ecosystem covering chip-level thermal design to data center-level cooling deployment, fueling rapid growth in the global liquid cooling market for GPU server liquid cooling and high density server cooling scenarios.

Booming AI and HPC computing drives surging data center rack power density. Traditional air cooling fails to support 30kW–1MW high-power racks, making direct-to-chip liquid cooling the mainstream cooling solution. As a core part of the data center liquid cooling system, the data center liquid cooling manifold achieves precise coolant distribution and circulation. Paired with customized ai data center liquid cooling pipe, it ensures stable fluid operation and easy maintenance for water cooled server deployment.