High-Density Compute Planning: GPU Racks, Power and Thermal Constraints explores the engineering, operational, and economic foundations of next-generation data centers built for GPU-intensive workloads. It examines every layer of design, from rack architecture and liquid cooling systems to power distribution, airflow dynamics, and capacity modeling. The book bridges mechanical precision with computational ambition, guiding readers through the realities of scaling from pilot GPU pods to multi-megawatt compute halls while maintaining efficiency, safety, and sustainability. Combining thermodynamics, electrical design, and financial modeling, it provides a comprehensive blueprint for architects, engineers, and operators responsible for building the high-density infrastructure that powers artificial intelligence, high-performance computing, and the digital frontier.
High-Density Compute Planning: GPU Racks, Power and Thermal Constraints explores the engineering, operational, and economic foundations of next-generation data centers built for GPU-intensive workloads. It examines every layer of design, from rack architecture and liquid cooling systems to power ...