Waterless Liquid Cooling For NeoCloud Infrastructure

Empower next-generation cloud platforms with HyperCool® from ZutaCore® — the waterless, direct-to-chip liquid cooling solution purpose-built for high-density, hyperscale NeoCloud environments.

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Built for the Demands of NeoCloud.
Imagine cloud infrastructure without cooling limits.

NeoCloud providers are redefining the future of compute — scaling AI, edge, and hyperscale workloads across globally distributed infrastructure. But traditional cooling is becoming the bottleneck. Air and water-based systems can’t keep up with the rising thermal density, operational complexity, and sustainability pressures of modern cloud environments.

ZutaCore solves the NeoCloud cooling challenge with HyperCool®, a drop-in, waterless solution that’s engineered for extreme performance, zero water usage, and seamless integration into existing infrastructure.

 

The global cloud workload is on track to triple by 2030.

Cloud computing already accounts for 1–2% of global electricity use, and demand is surging.

Switching to waterless cooling can save up to 5 million liters of water per MW annually.

Cooling Challenges in NeoCloud

Heat Management

Heat Management

NeoCloud workloads are pushing thermal limits with hotter, denser chips. Traditional cooling methods can’t keep pace which is leading to throttled performance and reliability risks.

High Energy Costs

High Energy Costs

Powering and cooling NeoCloud infrastructure is driving OPEX to unsustainable levels. Efficient, direct-to-chip cooling can cut cooling energy use by up to 70%.

Compute Density

Compute Density

AI and cloud-native applications demand more compute in less space. Enablement of higher rack density without compromise of thermal performance, or facility redesign, is essential.

The HyperCool® Solution

Direct-to-Chip Cooling

Direct-To-Chip Cooling

HyperCool® reliably cools the world’s most powerful processors. This enables higher density in every rack and faster deployment across cloud regions. No need to overprovision or throttle workloads due to heat constraints.

Increased Compute Density

Waterless by Design

Unlike immersion or cold plate systems that rely on water, HyperCool® uses a closed-loop, waterless two-phase system to eliminate the risk, cost, and waste of water consumption.

Energy Savings

Energy Savings

ZutaCore slashes cooling power by up to 70%, unlocking dramatic OPEX savings and TCO improvements. By reclaiming space, reducing airflow requirements, and supporting heat reuse, HyperCool® future-proofs your NeoCloud footprint.

Environmentally Friendly

Sustainable Cooling

Whether you're expanding in a core region or deploying at the edge, ZutaCore’s modular architecture allows NeoCloud providers to scale cooling with no need for costly data hall overhauls or chiller upgrades.

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Why Choose HyperCool® For NeoCloud Providers?

Scalability

Scalability

Modular by design, we scale with your NeoCloud infrastructure. It supports 120kW+ per rack and integrates seamlessly into new or existing cloud environments.

Reliability

Reliability

Our closed-loop system eliminates water exposure,. Even under 2,800W+ chip loads, NeoCloud platforms run cooler, longer, and with minimal downtime.

Performance

Performance

Remove thermal bottlenecks to maintain stable clock speeds and maximize workload throughput, even in high-density NeoCloud environments.

What Our Clients Are Saying

“When implemented on Intel technologies, we found ZutaCore’s HyperCool® to be a reliable, scalable, and cost-effective liquid cooling technology, well suited for both brown and greenfield projects.”

Earl Dodd

Global HPC Business Practice Leader at WWT

“By deploying ZutaCore’s direct-to-chip liquid cooling technology, we were able to increase the density of servers in a rack, while also using less electrical power for fans. Also, in comparison to a water based solution, ZutaCore technology allowed us to achieve greater server density and reduce energy costs while operating at higher liquid temperatures compared to water-based systems.”

Holger Angenent

Leader of CIT e-Science Infrastructure Group at University of Münster

"We have been thrilled with our efficient transition to HyperCool. This system has vast potential in enhancing power within the rack and enabling an energy-efficient leap towards next-generation servers."

Maurizio Davini

CTO at University of Pisa

Transform Your NeoCloud Infrastructure With HyperCool®

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Dive Into Cutting-Edge Cooling Solutions For AI Factories

We’re excited to share insights that can help your AI facility scale effectively, reduce costs, and achieve unprecedented cooling efficiency. Access this eBook to learn more.

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