Iceotope KUL AI precision cooling is built around an 8-GPU Gigabyte G293 server with Intel Xeon Scalable processors.
Iceotope has introduced KUL AI, a cutting-edge solution designed to optimize AI deployment across various environments. It offers significant operational benefits in thermal management and server performance. Built around an 8-GPU Gigabyte G293 data center server with Intel Xeon Scalable processors, KUL AI is Iceotope’s most advanced server integration to date.
This solution leverages Iceotope’s Precision Liquid Cooling (PLC) to ensure consistent, high-performance computing while safeguarding critical IT components, especially during sustained GPU-intensive operations. Its integration with NVIDIA Certified-Solutions further reinforces its suitability for dense GPU compute workloads, with optimized liquid cooling using dielectric fluids.
With the rise of AI, high-performance computing (HPC), and machine learning, data centers face increasing power demands and massive data generation. KUL AI addresses these challenges with advanced precision cooling, maintaining maximum server performance without throttling. The system provides faster processing, accurate results, and sustained GPU operation, even under heavy workloads. Built for scalability, KUL AI achieves up to 4x compaction, handling complex data and model growth while maintaining performance integrity.
Versatile, Flexible, Efficient
KUL AI’s design and performance make it ideal for industries where AI and HPC are integral, including AI research and development, HPC labs, cloud service providers, media production, VFX studios, and financial services firms focused on quantitative trading. By seamlessly integrating into the KUL family, KUL AI showcases Iceotope’s Precision Liquid Cooling technology, delivering uniform cooling across all server components and eliminating hotspots. This technology allows for more straightforward deployment, eliminating the need for air cooling and reducing energy consumption.
Iceotope’s focus on operational efficiency and cost-effectiveness is evident in KUL AI’s advanced thermal management capabilities. By maximizing server utilization, the solution improves density, reduces energy costs, and extends hardware lifespan, leading to a lower total cost of ownership (TCO). KUL AI’s Precision Liquid Cooling cuts energy use by up to 40%, slashes water consumption by 96%, and lowers operational costs while maintaining high thermal efficiency. This aligns with sustainability goals by reducing overall resource consumption.
Scalable, Adaptable, Sustainable
Built for flexible deployment, KUL AI suits traditional data centers and diverse edge IT environments. It achieves near-silent operations by eliminating noisy server fans from the cooling process, making it ideal for crowded, non-IT spaces requiring continuous GPU performance. Its sealed and protected design further supports edge environments with harsh conditions, ensuring that components are shielded from airborne contaminants and humidity. This robust configuration enhances reliability and minimizes leaks or system damage risks.
According to Nathan Blom, Co-CEO of Iceotope, the exponential data growth driven by modern technologies calls for a solution that guarantees server performance, efficiency, and sustainability. KUL AI delivers on this promise by providing greater computational power within a scalable, adaptable system suited for data centers and beyond. Blom emphasized that KUL AI represents Iceotope’s vision of “AI everywhere,” combining enhanced power and space efficiency with a solution supporting IT and non-IT environments.
KUL AI’s innovative approach to precision cooling and operational efficiency is a pioneering solution for businesses navigating the increasing data and processing demands of AI-driven applications.
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