Supermicro’s Data Center Building Block Solutions® (DCBBS) provides end-to-end solutions from system to rack to data-center scale. With components including server racks, coolant and cooling systems, energy storage solutions, and more, DCBBS delivers complete, modular AI infrastructure built from validated components and sub-systems to provide end-to-end deployment flexibility. While compute systems are often the focus of a data center build-out, supporting infrastructure such as power delivery, cooling, and racks are equally important in delivering complete data center solutions.
Self-Contained Energy Storage Solution Optimized for Safety and Performance
Supermicro’s Battery Energy Storage System (BESS) is a robust power delivery solution that is purpose-built to support mission-critical AI data centers. It is designed and manufactured with a safety-first mindset, featuring an advanced liquid-cooled, high-density design that improves energy efficiency.
BESS provides a self-contained 1.5 MW or 3.1 MWh energy storage unit which incorporates safe LFP cells with advanced management, multi-layer fire barriers, and clean-agent suppression for maximum safety and reliability. Peak shaving and power smoothing reduce energy costs while stabilizing fluctuating AI workloads, and a comprehensive thermal management system ensures consistent, long-lasting performance, making it ideal for demanding data center environments. With modularity and rapid deployment capabilities, BESS enables effortless scaling to match the explosive growth of AI data center infrastructures.
Advanced High-Performance Coolant Engineered for High-Density Liquid Cooled AI Systems
Supermicro’s SMC PG25-A coolant is a high-performance PG-based synthetic liquid designed for direct-to-chip liquid cooling in high-density AI and HPC data centers. It delivers excellent long-term thermal and chemical stability, ensuring reliable performance under continuous operation while minimizing degradation, extending service life, and reducing maintenance.
The coolant provides advanced multi-metal protection and superior anti-bacterial performance, reducing risks of corrosion, scaling, and biofouling. It offers broad compatibility with metals, plastics, and elastomers, along with customizable formulations to address customers’ specific requirements. Its low-viscosity formula enables efficient heat transfer and stable flow, while low toxicity simplifies handling, storage, and regulatory compliance.
Purpose-Built Racks Engineered for High-Density Compute and Advanced Liquid Cooling
Supermicro’s in-house designed and developed rack products are manufactured to support the extreme weight of fully populated GPU systems, power delivery systems, and liquid-cooling components. Featuring reinforced chassis with a certified static load capacity of up to 2,500kg, Supermicro racks provide maximum structural integrity that significantly exceeds industry standards.
Engineered with premium-grade materials and precision manufacturing, Supermicro racks deliver exceptional durability and longevity, meeting rigorous quality standards, including seismic and vibration qualification with GR-63-CORE Zone 4 certification. Optimized for advanced liquid cooling, the racks enable seamless integration with in-rack and in-row CDUs, sidecars, rear-door heat exchangers (RDHx), and manifolds. Factory pre-assembly and Supermicro’s global production capacity of 6,000 racks per month allow for rapid deployment, while Supermicro’s vertical integration provides a robust, scalable foundation for next-generation liquid-cooled AI clusters.
Build the Future of AI with Supermicro
Supermicro’s DCBBS provides end-to-end deployment flexibility for every step of the AI journey – from individual systems to complete racks, site infrastructure, management software, and professional services. With Supermicro’s first-to-market advantages, one-stop-shop with onsite services, workload-focused customization, and validated components, DCBBS delivers everything needed to accelerate time-to-online for liquid-cooled AI data centers.
For more information, visit the DCBBS website at: supermicro.com/dcbbs
