Lid: a sealed lid which doesn't need to withstand high pressure
Cooling Engine: Our custom-built heat exchanger enables subcooled boiling—no vapor release no pressure build-up
Proprietary cooling brain: adjusts operating conditions to optimize efficiency and maximize teraflops and energy savings
Enclosure: Fits standard rack, adjustable in U multiplication
Data center ready
Fits in standard liquid cooled rack sizes
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Extreme Cooling capacity
Enabling 600+kW per rack
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High Energy Efficiency
PUE <1.03
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Performance
Enabling +15% Teraflops per Watt (compared to latest DTC)
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Safety & Reliability
Non-flammable liquid, highly contained, eliminates common point of failure
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Works in hot and humid conditions
Up to 45°C and 90% humidity
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Design and technical support
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Design and technical support
Our engineering team can support your special needs to facilitate integration of our solution with your existing infrastructure.
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Deployment and integration
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Deployment and integration
Whether you're scaling up an existing operation or building from scratch, Ferveret’s deployment services ensure every detail is covered.
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Monitoring & maintenance plans
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Monitoring & maintenance plans
We offer our own remote monitoring software to optimize operation and facilitate maintenance with limited downtime.
What is Adaptive Phase Cooling, and how is it different from traditional single-phase or two-phase systems?
You can learn more on our Technology page, under the section “What is Ferveret’s Adaptive Phase Cooling?”
Does the Ferveret solution require infrastructure changes in the data center?
No major room-level changes. Ferveret is a rack-ready, containerized Adaptive-Phase cooling solution that installs into standard liquid cooled rack footprints and integrates with existing data-center infrastructure - unlike large tank immersion systems that need floor pits or extensive civil/MEP work.
How much efficiency improvement can we expect from the Ferveret solution?
Server-level testing on NVIDIA H200 GPUs has shown up to +55% TFLOPS/W versus air cooling and up to +20% TFLOPS/W versus best-in-class direct-to-chip (DTC) solutions. These are server-level improvements (measured at the server / GPU level) — facility-level or end-to-end energy gains will vary by plant design (heat-rejection, PUE, chilled-water vs. adiabatic, reuse opportunities) and can be larger when the deployment is optimized across the site.
Can Ferveret retrofit existing servers and racks?
Yes. Ferveret’s Adaptive-Phase solution is rack-integrated and designed to retrofit standard 19" and 21” server liquid cooled racks and common server SKUs.
What fluid does the Ferveret solution use?
Ferveret uses a dielectric heat-transfer fluid that is not listed on any regulated PFAS inventories and has a very low GWP. It is electrically non-conductive and specifically formulated for safe, stable operation in rack-integrated two-phase immersion cooling systems.
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