KUL AI Solutions and Technical Specifications

Designed to handle the most demanding AI workloads, KUL AI solutions maximize performance with advanced thermal efficiency, providing sustained GPU power in any environment—from centralized data centers to distributed edge locations.

Micro DC AI Solution (Liquid-to-Air)

This Micro AI Solution is a high-performance, plug-and-play Micro Data Center for Edge AI Computing. Supporting up to 3 Gigabyte G293 AI servers, this compact powerhouse is designed for low-latency, high-density workloads with no external facility water requirements, delivering remarkable energy efficiency.

Scalable, serviceable, and ready for rapid deployment, it empowers real-time AI inferencing and training beyond traditional data center boundaries. Perfect for all Edge locations, it’s a flexible solution that drives AI capabilities closer to where they’re needed most.

Technical Data Sheet

Data Center AI Solution (CDU-100)

This High-Performance GPU Data Center Solution is precision-engineered for scalable AI and HPC workloads. Supporting up to 10 Gigabyte G293 AI servers, it provides a powerful, energy-efficient infrastructure for high-density, low-latency applications.

With 96 GPUs across a densely packed configuration, it’s optimized for intensive AI/ML computations. The turnkey solution reduces energy usage by up to 40% and offers streamlined maintenance for reliable operations.

Technical Data Sheet

Data Center AI Solution (CDU-800)

This High-Performance GPU Data Center Solution is precision-built to meet the demands of large-scale AI and HPC applications. Supporting up to 144 Gigabyte G293 AI servers, it delivers over 50 kW of computational power per rack with densely configured, GPU-rich, Precision Liquid Cooling.

Optimized for high-density, low-latency AI/ML workloads, this data center solution includes 96 GPUs per rack and provides a highly efficient infrastructure. It offers up to a 40% reduction in energy consumption  and simplifies maintenance for robust, reliable operations.

Technical Data Sheet