Performance Density
Exceeds the 30kW-per-rack limit of air cooling, maximizing computational power per square foot to accelerate complex AI workloads.
Liquid Cooling Solutions
As AI and HPC workloads push compute density and power to new limits, traditional air-cooling struggles to keep up. ASUS liquid cooling efficiently removes heat from high-performance CPUs, GPUs, and accelerator-dense racks, reducing energy use, lowering PUE, and supporting higher rack density.
Engineered for total flexibility, ASUS provides fully liquid, hybrid, or retrofitted configurations that integrate seamlessly into existing data centers. This versatile approach ensures peak reliability and scalability, helping enterprises optimize both performance and Total Cost of Ownership (TCO) for large-scale AI deployments.
Engineered for total flexibility, ASUS provides fully liquid, hybrid, or retrofitted configurations that integrate seamlessly into existing data centers. This versatile approach ensures peak reliability and scalability, helping enterprises optimize both performance and Total Cost of Ownership (TCO) for large-scale AI deployments.
Partner and Ecosystem
ASUS collaborates with a strong ecosystem of partners to ensure our liquid cooling solutions are purpose-built for the most demanding AI and HPC workloads, delivering optimal thermal efficiency, system stability, and performance at scale.
Top reasons to choose liquid cooling
Enhanced PUE
Dramatically improves PUE by replacing power-hungry fans and CRAC systems with high-efficiency liquid heat exchange.
Strategic ROI & OpEx
Achieves faster ROI through heat recirculation; initial migration costs are often recovered within 12 months via significantly lower utility bills.
Acoustic Environment
Lowers noise levels from 95 dBA to below 75 dBA, creating a healthier, quieter workspace for enterprise and defense data centers.
Beyond Air Cooling
Liquid Cooling for Demanding AI/HPC Infrastructure
Scaling AI/HPC infrastructure requires a strategic shift to liquid cooling to master high-kW heat removal and sustain full-capacity workloads. By optimizing migration costs and 1-3 years operational expenses, this transition delivers a superior ROI while maximizing performance density per square foot for next-generation computing.
ASUS Optimized Liquid Cooling Solutions
ASUS Optimized Liquid-Cooling Solutions offer a comprehensive portfolio spanning direct-to-chip (D2C), in-row CDU–based cooling, and hybrid configurations, enabled through collaboration with global infrastructure leaders.
Direct-to-Chip Cooling (D2C)
Directly cools CPUs/GPUs to boost performance, extend hardware lifespan, and slash energy consumption.
Direct-to-Chip Cooling
with In-Row CDU
Combines precision chip-level cooling with centralized row control to maximize thermal efficiency and simplify large-scale AI deployment.
Liquid-to-Air Cooling
Absorbs system heat via liquid and dissipates it through air, providing a flexible upgrade compatible with existing infrastructure.
FAQ
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1. What is ASUS Liquid Cooling?1. What is ASUS Liquid Cooling? ASUS Liquid Cooling solutions use direct liquid cooling and immersion cooling technologies to efficiently remove heat from servers. Compared to traditional air cooling, they support higher-density computing while significantly improving power usage effectiveness (PUE), reducing data center energy consumption, and lowering operational costs.
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2. Why are AI and data center workloads increasingly reliant on liquid cooling?2. Why are AI and data center workloads increasingly reliant on liquid cooling? As AI, HPC, and high-density GPU platforms—such as NVIDIA Vera Rubin—demand more power and generate more heat, traditional air cooling struggles to manage thermal loads. Liquid cooling effectively removes heat from high-performance components, enabling higher compute density, stable operation, and reliable performance under sustained workloads.
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3. How does ASUS Liquid Cooling support NVIDIA Vera Rubin platforms?3. How does ASUS Liquid Cooling support NVIDIA Vera Rubin platforms? ASUS Liquid Cooling solutions are engineered to integrate with high-power GPU platforms like Vera Rubin. Using heat plates, cooling distribution units, and closed-loop systems, ASUS ensures optimal thermal management, maintaining server stability and peak performance during intensive AI workloads.
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4. What types of liquid cooling technologies does ASUS provide?4. What types of liquid cooling technologies does ASUS provide? ASUS supports both Direct Liquid Cooling and Immersion Cooling, accommodating different data center requirements for compute density, thermal efficiency, and energy savings.
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5. What are the benefits of liquid cooling compared to traditional air cooling?5. What are the benefits of liquid cooling compared to traditional air cooling? Key advantages include:
● Supporting higher heat-density servers, increasing rack-level compute capacity
● Improving PUE and overall energy efficiency
● Reducing long-term operational costs (OpEx)
● Minimizing reliance on fans and CRAC units, lowering noise and maintenance burden -
6. How does ASUS help enterprises deploy liquid-cooled AI infrastructure efficiently and reliably?6. How does ASUS help enterprises deploy liquid-cooled AI infrastructure efficiently and reliably? ASUS provides full-rack integration, system validation, ecosystem partner support, and customizable configuration options, helping enterprises reduce deployment complexity, accelerate time-to-deployment, and lower total cost of ownership (TCO). Collaborating with leading cooling technology partners, ASUS ensures liquid-cooled systems operate reliably in real-world data center environments.