This volume offers a thorough examination of modern data center design, positioning the facility itself as a unified computing entity. Published within the Synthesis Lectures on Computer Architecture series, the text systematically explores the principles of warehouse-scale machines—large clusters of servers, storage, and networking that form the backbone of cloud services. The content covers hardware organization, software infrastructure, power efficiency, fault tolerance, and workload management, providing readers with a structured understanding of how to architect cost-effective, high-performance data centers. The material is presented in a clear, academic style with detailed examples and case studies. Emphasis is placed on practical design trade-offs and real-world constraints, making it suitable for both graduate-level study and professional reference. The book avoids overly theoretical digressions, instead focusing on actionable insights into energy proportionality, cooling strategies, and network topology. Its comprehensive treatment of resource allocation and system scalability helps readers grasp the complexities of building and operating large-scale computing environments. The text also addresses emerging trends such as specialized accelerators and disaggregated hardware.

This resource serves as a reliable guide for anyone seeking to understand the engineering decisions behind contemporary data center architecture. Despite its depth of information, the publication remains remarkably accessible, and its affordable price point makes it an excellent addition to any technical library. The binding is durable, the print quality is clear, and the layout facilitates quick reference to key concepts. This book delivers substantial value for students, researchers, and practitioners alike.