Simple, Scalable, and Sustainable Liquid Cooling for Bitcoin Mining
Power and cooling are some of the most critical factors impacting mining profitability. Leveraging our expertise cooling the highest power devices in performance computing, we’ve created a simple to maintain and affordable liquid cooling solution to help miners scale their operations.
Cooling Energy Savings
Cooler ASIC Temperatures
*over immersion cooling
Unrivaled Cooling for Bitcoin Miners
JetCool’s closed-loop water cooling solution is the simple-to-deploy, low-maintenance cooling option for bitcoin miners. Compared to immersion cooling, our water cooling systems enable enhanced overclocking, 50% energy savings on cooling, and 97% cost savings on fluid expenses. Plus, modular form factors enable miners to deploy in nearly any configuration, from containers to warehouses to data centers.
Get the Competitive Advantage
Water Cooling from JetCool, Powered By JetPlates
JetPlates, cooling modules based on our proprietary microconvective cooling™ technology, are the foundation of our water cooling solution. Unlike typical heat sinks or cold plates that pass fluid over a surface, our targeted cooling uses arrays of fluid jets to cool the ASICs right where the heat is generated, resulting in unprecedented performance and unmatched temperature uniformity.
How JetCool Technology Compares
Driving Sustainability in Mining Operations
Committed to accelerating the transition to a decarbonized energy future, our patented microconvective cooling™ enables miners to reduce power consumption while achieving a PUE of 1.03, 50% less than competing approaches. Our water cooling solutions are closed-loop, recirculating water efficiently to reduce electricity usage and eliminate water consumption. It’s one way we align with our customers’ goals to make blockchain more sustainable.
Build Powerful & Efficient Mining Farms
Maximize Hash Rate
Enable overclocking by reducing ASIC temperatures 15% more than other approaches.
Safely run miners at full load even when outside temperatures exceed 100F.
Improve device reliability and lifetime, guarding miners against downtime.
Save on infrastructure CapEx while reducing your OpEx cooling bills.