Versatile Solutions for the Most Demanding Compute Architectures
As extreme-TDP AI architectures push traditional cooling to its limits, Eugene Electric delivers high-density infrastructure engineered for maximum efficiency. Eugene’s immersion cooling portfolio provides comprehensive, ready-to-deploy solutions—ranging from robust single-phase systems to record-breaking phase-change performance—to meet the most demanding workload requirements.
Maximizing Power Density through Revolutionary Two-Phase Blade Engineering
For hyperscale AI training exceeding 120kW per rack, Eugene’s Modular Two-Phase system sets a new standard in thermal management. By utilizing latent heat transfer and facility water temperatures as high as 40°C, the system achieves a market-leading 1.01 mPUE. This eliminates the need for energy-intensive mechanical chilling, enabling the near-unity efficiency that defines our technology.
The modular design scales capacity up to 240kW per rack, increasing space utilization by over 200%. Paired with our high-efficiency CDUs, this closed-loop environment maximizes heat recovery and savings. Compared to traditional DLC architectures, our solution delivers a projected 10-year TCO reduction of over $220 million for 50MW installations, ensuring both technical and financial superiority.
Securing Mission-Critical Nodes with High-Stability Single-Phase Infrastructure
Eugene’s 28U Single-Phase Immersion Tank provides a stable foundation for edge computing and high-density AI deployments. Engineered with a specialized 304 stainless steel tank and IP67 sealing, the system integrates intelligent PDUs for real-time power monitoring and optimization, ensuring a secure environment for mission-critical hardware. By utilizing high-performance dielectric fluorinated fluids, the architecture maintains consistent performance even under heavy workloads. Supporting up to 40kW of
cooling capacity with a simplified maintenance cycle, it offers immediate, reliable liquid-cooled scalability without complex infrastructure changes.
Ensuring System Synergy through Certified Connectivity and Precision Components
Eugene’s ecosystem features NVIDIA RVL3.0 certified UQD/MQD connectors, ensuring seamless integration with premier AI hardware while utilizing non-drip technology to guarantee safety during hot-swapping. To ensure absolute reliability, Eugene’s solutions utilize advanced fluorinated fluids that are non-conductive, non-flammable, and leave zero residue. This integrated approach ensures that next-generation AI workloads operate at peak efficiency with zero downtime and minimal environmental impact.
Your Premier Partner in the AI Liquid Cooling Revolution
Eugene Electric is more than a hardware provider; the company is a total solution partner dedicated to the future of sustainable computing. Eugene’s comprehensive suite of immersion technologies and precision components provides the cutting-edge foundation required to accelerate AI innovation. From single-rack deployments to multi-megawatt clusters, Eugene’s solutions are engineered for the most demanding technical environments of tomorrow.
