
Liquid Cooling for Servers
High-performance server cooling solutions for AI, HPC and enterprise compute.
As server power and compute densities surge, traditional cooling can no longer keep pace. JetCool delivers flexible, high-performance liquid cooling solutions tailored for server OEMs, system integrators, and data center operators. Ranging from self-contained cold plates and cooling loops to full-system integration, our technologies maximize thermal efficiency, support next-generation processors, and unlock unprecedented compute density within your existing server footprint.
JetCool works with server OEMs and technology partners to design, integrate, validate, and scale liquid cooling across new and existing server platforms.
See how JetCool’s integrated liquid cooling maximizes server density and power efficiency.
What server solution are you looking for?

JetCool SmartPlates™ are high‑performance, direct‑to‑chip liquid cooling cold plates designed to cool CPUs, GPUs, FPGAs, ASICs, and custom silicon.
JetCool cooling modules, including SmartLid™, use advanced technology to bring coolant directly to the processor lid for high-performance thermal management.
- Achieve 18% energy savings by raising coolant temperatures over 60°C
- Support chipsets over 4kW with targeted hot spot cooling
- Designed for custom silicon and hyperscale deployments


JetCool’s SmartPlate™ System is a liquid-assisted air cooling solution designed to make server upgrades fast, simple, and low risk.
- Add liquid cooling within the same air-cooled server footprint
- Closed-loop, maintenance-free liquid cooling with no facility plumbing required
- Reduce server fan speed and power consumption
JetCool delivers integrated server liquid cooling that removes heat at the processor and transfers it efficiently to a CDU or facility water system for stable thermal performance under heavy workloads.
- Supports warm water inlet temperatures up to 60°C, reducing facility burden
- Lowers server fan speeds without compromising performance
- Integrated at the server level for seamless deployment into existing environments


