Turnkey AI Racks with Integrated Data Center Liquid Cooling
Complete, factory-tested, and ready-to-deploy rack-level AI infrastructure featuring fully integrated direct-to-chip liquid cooling.
From direct-to-chip cooling and rack manifolding to CDUs, integration, deployment, and support, JetCool delivers fully engineered liquid-cooled rack solutions designed to accelerate AI deployments and reduce infrastructure risk. Designed by our team of over 100 thermal experts and delivered through our global manufacturing and support network, these systems scale from rack to campus deployments.
Global Manufacturing, Services & Support
Cooling Partner & Architect
Rack & Stack Solutions
JetCool helps organizations adopt liquid cooling with expert engineering, validated architectures, and global support. From rack-level deployments to campus-scale infrastructure, we provide the expertise, manufacturing, and service capabilities needed to reduce risk and accelerate deployment.
Single-phase liquid cold plates designed for high heat flux
Servers with integrated liquid cooling
Efficient CDUs optimized for flow and warm-water operation
Configure-to-order in-rack manifolds
Diverse quick disconnect couplings
Cool smarter with precision systems that scale with your infrastructure.
Future-Proof Design
Maximize Power Budgets
Reduce TCO
In this eBook, we explore the evolving state of liquid cooling in the AI era, where compute demands are skyrocketing and traditional cooling methods are falling short. Discover how JetCool’s vertically integrated, end-to-end liquid cooling solutions are engineered to save energy, optimize performance, and scale seamlessly across today’s data center environments.
[…] In short, on-premises computing is evolving to keep pace with the advanced applications such as AI/ML. The national labs are looking for the next step forward to assist their projects so they can better store, manage and compute dense loads of data without worrying about any security or latency concerns. As the compute loads grow exponentially, so does the need for better liquid cooling. As the national labs are looking for ways to evolve their current computing architecture, they’ll need to address cooling concerns to ensure their supercomputers break exascale records and not global emissions. Luckily, advanced liquid technologies, such as microconvective cooling®, provide labs with efficient liquid cooling that supports compute research with optimal performance. Microconvective technology can integrate at various levels, from integrated die cooling to fully sealed cold plates. […]