Zero Emissions
The smart, sustainable alternative to conventional air and water cooling
Direct-on-chip heat dissipation
HyperCool is uniquely built for dense, high-temperature compute environments. Its elegantly simple, waterless, direct-on-chip evaporative cooling solution moves large amounts of heat off the chip and away from the servers.
Greatly reduced carbon footprint
HyperCool slashes the consumption of scarce resources including energy, water, and land, while reducing capital and operating expenses by a magnitude of two.
50% less energy and space
A self-contained and self-regulating system, HyperCool triples the processing capacity of highly dense computing environments using less than 50% of the energy and half the space of conventional cooling systems.
CASE STUDY:
GREEN IT, MAKE IT EZ!
IT infrastructure that’s cutting-edge and sustainable? It’s possible — and ZutaCore’s partnership with the world's digital infrastructure company, Equinix, is proof. By combining Equinix’s sustainable data centers and global bare metal computing platform with ZutaCore’s liquid cooling technology, we’ve created an “EZ” solution to the issue of technical-infrastructure sustainability.
The CHALLENGE
- Show that infrastructure growth and sustainability can be symbiotic priorities
- Enable customers to achieve goals of digital leadership and environmental stewardship
- Define systems that meet customers’ current performance requirements and future initiatives
THE EZ SOLUTION
- Improves energy efficiency by 30-to-50% when compared to an equivalent amount of compute power deployed in a traditional enterprise data center
- Reduces the amount of servers required and, in turn, lessens the embedded carbon footprint of IT infrastructure
- Slashes CAPEX and the amount of energy consumed by customers’ computing infrastructure — the largest source of IT-related CO2 emissions.
We’re Ushering in a New, Zero Emissions Generation of Data Centers
Take a closer look at the technology bridging the gap between data industry sustainability and ever-increasing computing power.