Featured: ZutaCore Showcases Green AI Cooling Techniques at PTC 2025, Honolulu
ZutaCore, a leading technology company, has introduced HyperCool, a revolutionary cooling solution that brings megawatt compute power into AI factories and data centres while maintaining energy efficiency, cost-effectiveness, and sustainability.
Increased Compute Density and Energy Efficiency
HyperCool allows for higher server densification needed in AI factories, consuming up to 50% less space than air-cooled data centres and up to 75% less space than immersion cooling. The technology delivers 10-20% better energy efficiency due to dynamic cooling, smaller pumps, and no performance degradation over time. It has been proven to cool the hottest chips of 2,800 watts with a data centre PUE (power usage effectiveness) as low as 1.05-1.07.
Waterless and Direct-to-Chip Cooling
HyperCool is a waterless, direct-to-chip liquid cooling solution that uses a two-phase cooling loop where a heat transfer fluid absorbs heat, vaporizes, condenses, and recirculates, enabling highly efficient cooling for the industry's hottest processors. This technology achieves 100% heat reuse, enhancing energy efficiency and enabling safer, more scalable data centres critical for AI and high-performance computing applications.
Advantages of HyperCool Technology
The advantages of HyperCool technology include waterless direct-to-chip cooling, eliminating the risks and infrastructure complexity of traditional water-based cooling systems. It also features a two-phase cooling loop that efficiently manages heat by vaporization and condensation, providing superior cooling capacity without facility water use. Smart controls for auto-regulated flow, temperature, and pressure allow precise thermal management and remote monitoring via DCIM (Data Center Infrastructure Management) systems.
Applications in the Telecommunications Industry
HyperCool is used in high-density server environments, such as those deployed by ASRock Rack in OPEN19 V2 server bricks, which are relevant for telecom data centers requiring efficient heat dissipation for high-performance processors. It supports AI workloads and telecommunications infrastructure that demand reliable, energy-efficient cooling to maintain optimal performance. Its direct-to-chip cooling approach makes it suitable for telecom edge data centers, cloud, and core networking sites where space and efficiency are critical.
Sustainability and Energy Efficiency Impact
By eliminating water usage and maximizing heat reuse, HyperCool reduces the overall energy footprint of cooling systems in telecom data centres. The technology’s capability to reuse 100% of the heat generated supports cogeneration or heat recovery strategies, improving overall facility energy efficiency. Smart control features optimize operational parameters, leading to reduced energy consumption compared to traditional air or water cooling methods.
In summary, ZutaCore HyperCool offers a cutting-edge, efficient, waterless cooling solution ideal for telecommunications industry data centres facing increasing heat loads from dense computing hardware, with key benefits in safety, scalability, sustainability, and energy efficiency. ZutaCore will be present at the 2025 Pacific Telecommunications Council (PTC) in Honolulu, Hawaii from January 19-22. With no water used, the HyperCool system is free from corrosion and water-related threats such as mold and bio-growth.
[1] ZutaCore. (n.d.). HyperCool Technology. Retrieved from https://zutacore.com/technology/
[2] ASRock Rack. (n.d.). Open19 V2 Server Bricks. Retrieved from https://www.asrockrack.com/open19/
[3] The Green Grid. (n.d.). Power Usage Effectiveness (PUE). Retrieved from https://www.thegreengrid.org/resources/glossary/power-usage-effectiveness-pue
[4] ZutaCore. (n.d.). HyperCool in the Telecommunications Industry. Retrieved from https://zutacore.com/industries/telecommunications/
- The waterless, direct-to-chip liquid cooling solution from ZutaCore's HyperCool technology, such as the one used in ASRock Rack's OPEN19 V2 server bricks, is advantageous for the telecommunications industry as it offers a sustainable, scalable, and energy-efficient cooling solution for high-performance processors, particularly in telecom edge data centers, cloud, and core networking sites.
- By incorporating HyperCool technology, telecom data centres can achieve significant energy savings due to its efficient waterless cooling mechanism, 100% heat reuse, and smart control features that optimize operational parameters, ultimately contributing to a smaller overall energy footprint compared to traditional air or water cooling methods.
