Littleton, MA
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Direct Liquid Cooling

SmartPlate™ Cold Plates

Enable higher-density AI deployments, maximize processor performance, and reduce cooling energy consumption with single-phase direct-to-chip cold plates.

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Intel Solutions
Intel Solutions

Liquid cooling for Intel® AI and enterprise.

AMD Solutions
AMD Solutions

Direct-to-chip cooling for AMD high-performance computing.

NVIDIA Solutions
NVIDIA Solutions

Direct liquid cooling for NVIDIA AI infrastructure.

Cold Plates Engineered for AI Infrastructure

JetCool SmartPlate™ cold plates deliver direct-to-chip liquid cooling for AI, HPC, and enterprise computing environments. Designed for today’s highest-power processors and next-generation AI platforms, SmartPlate™ cold plates can support thermal loads from 350W to those exceeding 3kW per processor, enabling reliable thermal management, higher rack densities, and efficient operation in demanding compute environments. Available as standalone cold plates or fully integrated cooling solutions, SmartPlate™ products helps organizations optimize performance, improve energy efficiency, accelerate deployment, and maximize infrastructure investments.

SmartPlate Cold Plates | Cold Plate Liquid Cooling

SmartPlate™ Cold Plates

JetCool cold plates are engineered to deliver efficient, high‑performance cooling for today’s most demanding applications.

  • Standard and custom cooling solutions
  • Advanced microconvective, microchannel, and hybrid architectures available
  • Warm water operation up to 60°C inlet temperatures
  • Low pressure drop for improved system efficiency

Whether you’re developing a next-generation AI platform or scaling production deployments, JetCool can tailor solutions for your thermal and mechanical requirements.

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Cold Plate Liquid Cooling | Direct Liquid Cooling Cold Plate Loops | SmartPlate Cold Plates

Integrated Cooling Loops

JetCool provides system-ready cooling loops engineered for specific high-performance processors, delivering an all-in-one thermal solution right out of the box. Each integrated loop seamlessly combines precision piping, secure quick-disconnect couplings, and all necessary supporting hardware to ensure a flawless installation. Designed to maximize uptime and streamline deployment, these turnkey cooling loops eliminate integration guesswork and offer immediate, reliable heat dissipation for your most demanding compute workloads.

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Cold Plates for AMD, Intel, NVIDIA and more

JetCool SmartPlate™ cold plates are engineered for the industry’s most demanding processors ranging from switch chips and XPUs to GPUs and ASICs. Supporting platforms from NVIDIA, AMD, Intel, Broadcom, and custom silicon providers, our single-phase direct-to-chip solutions combine proven architectures with deep thermal expertise to address application-specific heat flux and performance challenges.

Cold plate for Intel Xeon | Processor liquid cooling
Cold plate for AMD EPYC | Processor liquid cooling
Cold Plate for NVIDIA Blackwell RTX Pro 6000 | GPU liquid cooling
Cold Plate for Broadcom Tomahawk 6 (TH6) | Networking Switch Liquid Cooling
Cold plate for Intel Xeon | Processor liquid cooling
Cold plate for AMD EPYC | Processor liquid cooling
Cold Plate for NVIDIA Blackwell RTX Pro 6000 | GPU liquid cooling
Cold Plate for Broadcom Tomahawk 6 (TH6) | Networking Switch Liquid Cooling

Championing Sustainability

Support AI growth while reducing environmental impact. JetCool solutions improve cooling efficiency at the source, helping organizations reduce power consumption, lower operating costs, and achieve sustainability goals.

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Energy savings

Warm Water Benefits

Reduce chiller energy use, significantly lowering facility operational costs

Water Conservation

Achieve 90% lower water consumption over alternative liquid cooling options

Lower PUE

Enable PUE of 1.02 through ultra-efficient liquid cooling performance

Complete Cooling Chip to Rack

SmartSense Coolant Distribution Unit CDU

Coolant Distribution Units (CDUs)

Cooling performance extends well beyond the processor. JetCool SmartSense CDUs (coolant distribution units) optimize liquid cooling systems by delivering rack-level coolant distribution precisely aligned to each server’s specific pressure, flow, and return temperature requirements.

  • Integrated CDU + cold plate loop optimization delivers efficiency gains from chip to rack, enabling full control of the cooling ecosystem
  • Configurable, rack‑level CDU performance engineered to match customer specifications for pressure, flow, and thermal targets
  • Facility‑level efficiency benefits enabled by higher return temperatures—often eliminating the need for evaporative cooling in most climates and reducing overall energy and water usage
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Custom Cooling

JetCool partners with leading silicon innovators to solve complex thermal challenges for high-power compute. Backed by 100+ thermal experts and global engineering and manufacturing capabilities, we support advanced programs across the entire product lifecycle – from thermal concept and architecture development through prototyping, validation, and production.
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Liquid-Cooled Servers

Built on single-phase, direct-to-chip technology, our server solutions range from component-level cooling to fully integrated liquid-cooled platforms. The portfolio includes cold plates, cooling modules, liquid-assisted air-cooled configurations, and fully liquid-cooled servers, enabling customers to implement liquid cooling where it delivers the greatest value and expand as infrastructure requirements grow.
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Liquid-Cooled Rack Solutions

JetCool delivers integrated rack-scale liquid cooling solutions designed for the next generation of AI and high-performance computing. The portfolio spans liquid-cooled servers, manifolds and quick disconnects, coolant distribution units, and complete rack-level architectures that work together as a unified system.
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Engineering the Future of AI Cooling