Two-Phase
Jet-to-Chip
Liquid Cooling

Extreme thermal performance for AI datacenters — low pump power and superior heat transfer at scale.

By the Numbers

Performance That Speaks for Itself

< 1.05
PUE
vs. 1.3–1.6+ for air cooling
16×
Thermal Performance
vs. conventional single-phase
~$1.5B
Annual Savings
for a 3 GW datacenter
10 kW+
TDP Capacity
scalable per chip

Our Technology

What Makes Us Different

Patented cold plate developed under the U.S. DOE's ARPA-E COOLERCHIPS program — combining jet impingement and two-phase boiling for unmatched thermal density.

1

Two-Phase Jet Impingement

Combines jet impingement's high heat-transfer coefficient with boiling's latent heat capacity in a single cold plate.

2

Stable Operation

Jet momentum with phase-separation layer eliminates dry-out failure and flow instability at high dissipation power.

3

Low Power Consumption

1/10th the pumping power of conventional liquid cooling, reducing infrastructure cost and environmental footprint.

Research & Program Affiliations

UC Berkeley
Northwestern
UCLA
ARPA-E

Partnership

Looking for Strategic Partners

Chip companies, datacenter operators, cooling system OEMs/ODMs, and strategic investors — let's build the future of AI infrastructure cooling together.