Transforming Cooling Solutions for Power Demands
Technology sets new benchmarks for cooling next-generation AI and high-performance computing systems.
Advanced Cooling Technologies, Inc. (ACT) has made significant strides in thermal management solutions with its cutting-edge advancements in two-phase direct-to-chip liquid cooling technology. This new cold plate system is engineered to tackle the rigorous thermal requirements of contemporary high-performance computing (HPC) and artificial intelligence (AI) architectures.
In an impressive demonstration, ACT's latest cold plate achieved a remarkable total power dissipation exceeding 7.5 kW, designed to emulate the thermal challenges presented by emerging "superchip" systems.
Key Performance Features
ACT’s cold plate technology showcases several important performance highlights that set it apart in the industry:
Exceptional Heat Flux Performance
The cooling capacity of more than 300 W/cm² has been validated across multiple heat input zones, permitting it to simultaneously address extensive energy demands effectively.
Ultra-Low Thermal Resistance
With thermal resistance measured at only 0.060 °C-cm²/W, this technology functions efficiently even with a flow rate of under 0.8 LPM/kW, indicating substantial energy savings and operational efficiency.
Reliable Temperature Management
ACT has ensured that the cold plate maintains surface temperatures below 70 °C, even with an inlet coolant temperature of 50 °C. This reliability ensures safe operation under demanding thermal conditions, crucial for modern computational environments.
"These outcomes signify a pivotal development in direct-to-chip cooling solutions, particularly for next-generation data centers and AI-focused computing systems," stated Devin Pellicone, Head of Data Center Solutions at ACT. "With our latest cold plate technology, we are poised to revolutionize how the industry approaches rack power densities with unmatched efficiency and reliability."
Industry Commitment and Future Directions
ACT’s breakthrough accomplishment underscores the company’s unwavering dedication to evolving thermal management technologies. They are focusing on overcoming critical challenges related to energy efficiency, scalability, and performance to enhance high-performance computing applications.
By addressing the needs of modern computing infrastructure, ACT aims to drive forward the industry's innovation landscape. Their solutions are essential to support more compact, power-dense systems that require higher cooling performance.
About Advanced Cooling Technologies, Inc.
Advanced Cooling Technologies, Inc. (ACT) is renowned for providing top-tier thermal management solutions across various industries. The company specializes in engineering services that cater to customers’ thermal and energy recovery necessities throughout the entire product lifecycle. Their innovations meet diverse market requirements, encompassing sectors such as defense, aerospace, electronics, HVAC, medical, and data center needs. ACT is committed to delivering performance-optimized solutions tailored to the distinct challenges each customer faces.
For media inquiries:
Amy Griscom
Marketing Content Specialist
Advanced Cooling Technologies
Frequently Asked Questions
What is Advanced Cooling Technologies, Inc. known for?
Advanced Cooling Technologies, Inc. specializes in thermal management solutions and innovative cooling technologies for high-performance applications.
What advancements has ACT made in cooling technology?
ACT has developed a two-phase direct-to-chip liquid cooling system that exceeds 7.5 kW power dissipation while maintaining excellent thermal performance.
How does the new cooling technology benefit data centers?
The new cooling technology ensures safe, efficient, and reliable operations under extreme thermal loads, optimizing power densities for modern data centers.
What sectors can benefit from ACT’s solutions?
ACT's solutions support various industries including defense, aerospace, electronics, and medical applications, among others.
How does ACT ensure reliability in their cooling solutions?
By maintaining low thermal resistance and effectively managing temperatures under load, ACT ensures that their cooling solutions are reliable for critical applications.
