In a groundbreaking collaboration, Siemens and nVent have teamed up to create a cutting-edge liquid cooling and power reference architecture tailored for hyperscale AI workloads, specifically for NVIDIA DGX SuperPOD deployments with DGX GB200 systems.
This innovative architecture combines Siemens’ industrial-grade electrical and automation systems, NVIDIA DGX SuperPOD reference designs, and nVent liquid cooling technology to enable rapid deployment of AI infrastructure with enhanced resilience and energy efficiency at high rack densities.
The joint blueprint aims to accelerate AI compute performance while maximizing energy output, emphasizing the importance of achieving optimal AI output per unit of energy consumed. By integrating electrical distribution, automation, liquid cooling, and compute platforms, operators can streamline design cycles, standardize interfaces, and mitigate deployment risks for 100 MW hyperscale AI facilities.
Siemens brings its expertise in power distribution, automation, and energy management software to the table, while nVent contributes its liquid cooling solutions tailored for high-density cooling requirements in AI data centers. By offering a comprehensive reference architecture, Siemens and nVent aim to empower operators to efficiently scale AI infrastructure while meeting stringent resilience standards and prioritizing energy efficiency in the rapidly evolving AI landscape.
