#United States #Honolulu #ZutaCore #HyperCool #AI Cooling

ZutaCore Highlights Innovative Cooling Technology at PTC 2025

At the 2025 Pacific Telecommunications Council (PTC) conference held in Honolulu, ZutaCore, a leader in waterless liquid cooling solutions, displayed its latest innovation, the HyperCool technology. This system is designed to meet the demanding cooling needs of AI factories and data centers while also minimizing energy consumption and operational costs.

An Overview of HyperCool Technology

HyperCool stands out as a groundbreaking, waterless cooling solution that directly addresses the thermal challenges associated with high-performance computing, especially for AI-driven applications. Unlike traditional cooling systems that use water, HyperCool employs a unique two-phase cooling method, which involves a heat transfer fluid that changes from liquid to vapor. This process efficiently dissipates heat from high-capacity chips, enabling sustained performance even under the most demanding conditions.

ZutaCore's CEO, Erez Freibach, emphasized the technology's potential to revolutionize the industry. The flexibility and efficiency of HyperCool systems allows telecommunications companies to significantly reduce their energy footprints while enhancing the performance and reliability of their operations.

Key Benefits of HyperCool:

• - Water Usage Elimination: By entirely avoiding water, HyperCool mitigates issues related to corrosion, mold, and other water-related threats, extending system durability while eliminating the need for frequent maintenance.
• - Energy Efficiency: The HyperCool system is reported to enhance energy efficiency by 10-20%, delivering optimal cooling without compromising operational performance. This efficiency translates into lower operating costs and a more eco-friendly solution for data centers.
• - Increased Server Density: With a capacity to cool chips that demand up to 2,800 watts, HyperCool allows for a condensed server footprint, offering up to 50% space savings compared to traditional air cooling and up to 75% compared to immersion cooling systems.
• - Heat Reuse Capability: One unique aspect of HyperCool is its ability to reuse excess heat generated within AI facilities. This recovered heat can be utilized to warm adjacent buildings or other parts of the data center, maximizing resource use while bolstering sustainability efforts.

Addressing Industry Demands

With the rapid expansion of AI applications, many telecommunications providers are facing increased pressure to not only enhance their compute capabilities but also reduce their energy utilization. ZutaCore's HyperCool solution emerges as a timely answer to these demands, offering a sustainable model where high-performance computing meets energy efficiency.

To support its mission, ZutaCore has developed this technology as part of an overarching vision for a zero-emission data industry. By establishing its headquarters in San Jose, California, and expanding its research and development facilities globally, ZutaCore continues to pave the way for the next generation of energy-efficient data management solutions.

Conclusion

As industry leaders gather at PTC 2025 to explore advancements in telecommunications and computing, ZutaCore's HyperCool technology is poised to lead the conversation on effective cooling solutions in a burgeoning market. For more information on HyperCool and ZutaCore, visit their official website at www.zutacore.com.

This reveal at PTC 2025 underscores ZutaCore's commitment to innovation and sustainability in the realm of AI data management, positioning themselves at the forefront of the next wave of technological advancement.