#USA #Supermicro #St. Louis #AI Infrastructure #HPC Clusters

Supermicro at Supercomputing 2025

At the Supercomputing Conference held in St. Louis, Missouri, Super Micro Computer, Inc. presented its latest advancements at the forefront of high-performance computing (HPC) and artificial intelligence (AI) solutions. The event emphasized the company’s commitment to innovation in IT solutions, specifically tailored for industries demanding high computational efficiency and power.

An Overview of New Technologies

During SC25, Supermicro introduced its latest Data Center Building Block Solutions® (DCBBS), which are designed to optimize energy efficiency, scalability, and performance, while significantly reducing time-to-deployment. Notably, the lineup featured cutting-edge systems equipped with the NVIDIA GB300 NVL72 and NVIDIA HGX™ B300, demonstrating a robust architecture capable of addressing contemporary HPC and AI workloads.

The exhibits also presented advanced cooling technologies, including Rear Door Heat Exchangers and Sidecar Cooling Distribution Units, showcasing innovations aimed at maintaining optimal system temperatures while enhancing overall performance.

Key Features Demonstrated

The Supermicro presentation highlighted several standout products:

• - NVIDIA GB300 NVL72: A revolutionary solution designed for rack-scale deployment, integrating NVIDIA GB300 Grace™ Blackwell Superchips. This platform can accommodate 72 NVIDIA Blackwell Ultra GPU's alongside 36 Grace CPUs per rack, delivering exceptional high-bandwidth memory capabilities, totaling 279 GB HBM3e per GPU.
• - 4U HGX B300 Server: This liquid-cooled rack is equipped with an In-Rack cooling distribution unit (CDU) that ensures efficient temperature management.
• - 1U NVIDIA GB200 NVL4 Server: A high-density liquid-cooled compute node that is purpose-built for large-scale HPC and AI training.
• - Super AI Station: Utilized for AI and HPC development, this workstation combines power and efficiency in a compact desktop format.
• - Liquid-cooled SuperBlade Systems: Featuring configurations like the 8U 20-node and 6U 10-node, these platforms provide remarkable CPU and GPU density while supporting Intel® Xeon® processors.
• - FlexTwin Multi-node System: This advanced offering contributes to maximizing CPU computational density while ensuring effective cooling solutions capable of dissipating up to 95% of generated heat.

DCBBS and Direct Liquid Cooling Innovation

Supermicro’s DCBBS integrates computing, storage, networking, and thermal management into a cohesive system that simplifies the deployment of complex AI and HPC infrastructures. This integration offers crucial enhancements such as:

• - Rear Door Heat Exchangers: Capable of supporting cooling capacities of 50kW to 80kW.
• - Liquid-to-Air Sidecar CDUs: Designed to manage cooling requirements up to 200kW without needing additional infrastructure.
• - Water Cooling Dry Towers: These energy-efficient external towers operate in a closed circuit to cool liquid effectively.

Applications and Usability

Supermicro’s high-density liquid-cooled systems are ideal for several sectors, including financial services, manufacturing, climate and weather modeling, oil and gas, and scientific research. Each product line is meticulously engineered to achieve a balance between density, performance, and efficiency.

Conclusion

For over 18 years, Supermicro's award-winning SuperBlade systems have continuously attracted HPC clientele with their exceptional reliability and performance. At SC25, Supermicro demonstrated its commitment to leading the supply of next-generation IT solutions and infrastructure for enterprise-ready computing, cloud applications, and advanced AI implementations.

To learn more about Supermicro's innovative technologies showcased at Supercomputing 2025, visit their official website or drop by booth #3504 during the event.

Supermicro (NASDAQ: SMCI) is committed to delivering comprehensive IT solutions with an emphasis on cutting-edge design in servers, AI, storage, IoT, and networking systems. By optimizing these systems for specific workloads, Supermicro provides scalable, energy-efficient solutions that address the evolving needs of global clients.