Waterless Direct-to-Chip Liquid Cooling for AI and HPC

Cools the hottest processors enabling the highest sustained performance with ZERO throttling, server densification, and reduces power usage.

WATER is for PEOPLE not for SERVERS

For Data Centers in Pursuit of Zero Emissions with Direct-to-Chip, Waterless Liquid Cooling

Eliminate data center global emissions by transforming compute waste heat into usable energy through twophase, direct-to-chip dielectric liquid cooling

Data centers are challenged due to increased processor heat density and power dissipation.

Data centers will transition from 100% air-cooled to a hybrid of air and liquid cooling.

Transitioning from single-phase to two-phase liquid cooling will happen much sooner than air to single-phase.

Jensen on Liquid Cooling from 5/22/24 Q1’24 Earnings Call

Blackwell is a platform, not a GPU. And the platform includes support for air-cooled, liquid-cooled, x86 and Grace, InfiniBand, now
Spectrum-X and very large NVLink domain…We also have been priming the pump, if you will, with the entire ecosystem, getting them ready for liquid cooling.

We’ve been talking to the ecosystem about Blackwell for quite some time. And the CSPs, the data centers, the ODMs, the system makers, our supply chain beyond them, the cooling supply chain base, liquid cooling supply chain base, data center supply chain base, no one is going to be surprised with Blackwell coming and the capabilities that we would like to deliver with Grace Blackwell 200.

– Jensen responding to Liquid cooling Qeustion

…you’re going to see liquid-cooled version, air cooled version, x86 visions, Grace versions, so on and so forth. There’s a whole bunch of systems that are being designed. And they’re offered from all of our ecosystem of great partners. Nothing has really changed. Now of course, the Blackwell platform has expanded our offering tremendously.

The integration of CPUs and the much more compressed density of computing, liquid cooling is going to save data centers a lot of money in provisioning power and not to mention to be more energy efficient. And so it’s a much better solution. It’s more expansive, meaning that we offer a lot more components of a data center and everybody wins.

Key Messages from Jensen:

Uptime Institute – Observations

Two-phase cold plates
Upfront Cost
75%
Ease of Operations
100%
Performance
100%
Economics
100%
Ease of Adoption
75%
Reliability Concern
100%
Sustainability
75%
Water cold plates
Upfront Cost
75%
Ease of Operations
75%
Performance
75%
Economics
75%
Ease of Adoption
50%
Reliability Concern
25%
Sustainability
50%
Single-phase cold plates
Upfront Cost
50%
Ease of Operations
100%
Performance
50%
Economics
50%
Ease of Adoption
25%
Reliability Concern
75%
Sustainability
50%
Chassis Immersion
Upfront Cost
50%
Ease of Operations
75%
Performance
50%
Economics
75%
Ease of Adoption
50%
Reliability Concern
50%
Sustainability
50%
Single-phase tank immersion
Upfront Cost
25%
Ease of Operations
50%
Performance
75%
Economics
100%
Ease of Adoption
25%
Reliability Concern
50%
Sustainability
100%
Two-phase tank immersion
Upfront Cost
0%
Ease of Operations
25%
Performance
100%
Economics
25%
Ease of Adoption
0%
Reliability Concern
25%
Sustainability
50%

Software Defined Cooling (SDC)

Cooling Power Customization

Power & Cooling Efficiency

Cooling Monetization

ES Regulation Compliance

Heat Reuse

Cooling Monitoring & Alarm

Power & Cooling SLA and PM

ZutaCore® Benefits to the Data Center

enabling net zero emissions

Heat can be expelled outside the data center or reused locally or externally through heat-reuse applications.

safe and easier to adopt

Closed-loop, waterless, dielectric liquid cooling that can be effortlessly retrofitted into any data center, requires no maintenance.

future proof efficiency

Removes heat directly off processors up to and above 1000w with a power usage effectiveness (PUE) of 1.02.

tco return in < 2 years

Requires less dielectric fluid, reducing costs and the risk of overloading weight capacities.

trusted partnerships

End customers can purchase and be supported by best-of-breed trusted partners – Dell, WWT …

ZutaCore® Ecosystem and Implementations

Chip Manufacturers

  • Intel
  • AMD
  • NVIDIA

Server OEMS

  • Dell
  • Asus
  • Inspur
  • Cisco
  • Supermicro
  • Gigabyte
  • HPE
  • Microsoft
  • QCT
  • AsRockRack

Data Center Infrastructure

  • Chatsworth Products (CPI)
  • Vertiv
  • Rittal
  • Valeo

Channels

  • MHI
  • Dell
  • WWT
  • Boston Technologies
  • Mactronics
  • Nextron
  • TSS

Customers

  • Cloud Computing
  • Colocation
  • Telco
  • Education
  • Financial
  • Federal Government
  • Industrial
  • Public Advertising

ZutaCore® Waterless Liquid Cooling

10x More Compute

> 50% TCO Reduction

100% CO2 Reduction