Liquid Cooling Solution for Data Center™

Liquid Cooling Solution for Data Center™Liquid Cooling Solution for Data Center™Liquid Cooling Solution for Data Center™

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Liquid Cooling Solution for Data Center

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aaaIn today's data-driven world, high-performance computing, AI, and other demanding applications are pushing data centers to their limits, resulting in significant heat generation. Traditional air cooling methods are struggling to keep up with the growing energy demands and heat output. Liquid cooling solutions are emerging as a transformative approach to efficiently manage heat dissipation and optimize performance in data centers.

Liquid cooling provides superior thermal management by directly absorbing and transferring heat from high-density components like CPUs, GPUs, and memory modules, resulting in lower energy consumption, reduced cooling costs, and increased computing density. This technology is particularly effective for next-generation data centers that support AI, HPC, and cloud applications, where performance and sustainability are crucial.

As data centers continue to evolve, liquid cooling solutions offer a forward-thinking approach to addressing the challenges of energy efficiency, thermal regulation, and high-performance computing in a more sustainable and cost-effective manner.

Cooling Technology

Amidst growing server installations, datacenter sustainability gains importance. Power Usage Effectiveness (PUE) emerges as a vital metric, gauging datacenters' energy efficiency by comparing total energy consumption to that delivered to computing equipment. To lower PUE, datacenters explore various cooling technologies, each with unique advantages and disadvantages.

Comparison of Different Cooling Technologies

	Pros	Cons
Air Cooling	Mature & wide-adopted Easy to deploy and less maintenance required	Highest power consumption on non-IT devices Higher acoustic noise
Liquid-Assisted Air Cooling	Less fan power consumed Technology been adopted on high-end gaming PC/Workstation	Limited by radiator size in system and airflow rate Relatively higher power consumption on non-IT devices
Self-Contained Liquid Cooling	Remaining the same server density in a rack cabinet	Tailored cold plate on CPU, DIMM, GPU Larger rack cabinet dimension
Single-Phase Immersion Cooling	Lowest power consumption on non-IT devices Environment-friendly Higher cooling efficiency	Lower server density Lack of suppliers' warranty
Two-Phase Immersion Cooling	Higher cooling efficiency Low boiling point of dielectric liquid	Lower server density Liquid loss by vaporization Environment-harmful substance 3M to exit PFAS manufacturing by end of 2025 Lack of suppliers' warranty

MiTAC Liquid Cooling Solutions

Enter Liquid Cooling, the game-changing technology reshaping data center efficiency. With its Warm Liquid Cooling approach, it effectively removes heat from components (CPU/ GPU/ DIMM) while consuming less power. By eliminating cooling fans, it unlocks higher computing performance and better airflow, leading to remarkable gains in efficiency.

Beyond performance enhancements, Liquid Cooling significantly reduces data centers' carbon footprint, paving the way for a more sustainable future. This eco-conscious technology aligns perfectly with the global shift towards greener practices.

MiTAC has been at the forefront of integrating liquid cooling technologies into data center solutions. Since the 2018 platform, we have incorporated self-contained liquid cooling solutions into our Intel DSG (Datacenter Solutions Group) products. Over three successive generations, we have successfully implemented these advanced cooling technologies, offering our customers a complete solution that spans from L10 to L11 rack integration based on their specific needs.

The MiTAC Intel® server D50DNP and D50TNP families are optimized for high-performance computing (HPC) and artificial intelligence (AI) applications, broadening the scope of available solutions. These server systems feature compute modules that support liquid cooling, allowing for two high-speed processors in a single 1U form factor. This design enhances compute density and improves energy efficiency across the entire data center infrastructure, ensuring optimal performance for even the most demanding workloads.