Overview

The digital landscape is undergoing a fundamental transformation. For decades, data resided primarily in centralized, monolithic data centers. Today, however, the proliferation of the Internet of Things (IoT), the necessity of low-latency 5G communication, and the explosion of real-time machine learning applications are demanding that processing power move closer to the source of data creation-to the ""Edge."" This shift has driven the rapid adoption of Micro-Data Centers (Micro-DCs): compact, self-contained units deployed in locations as varied as factory floors, cell towers, and retail outlets. Yet, this miniaturization and decentralization of IT infrastructure presents a monumental challenge: thermal management. High-density computing equipment generates intense heat, and when constrained within small, potentially remote enclosures, reliable cooling becomes the single most critical factor for performance and longevity. This book, Portable Micro-Data Center Cooling Pods, is your essential guide to navigating this crucial area. It moves beyond theoretical concepts to provide a practical, in-depth exploration of the specialized cooling technologies required for this new era of distributed computing. We will explore everything from fundamental thermodynamics and fluid dynamics to the deployment of smart, IoT-controlled, and highly scalable cooling solutions that define the modern edge ecosystem. The solutions detailed within are not just about keeping equipment from failing; they are about maximizing energy efficiency, ensuring rapid deployment, and guaranteeing the operational uptime that modern society relies upon. Whether you are designing the next generation of smart infrastructure or simply seeking to understand the hidden physics that powers the digital world, this book offers the expertise necessary to master the art and science of edge cooling.

Full Product Details

9798279390236

Table of Contents

Reviews

Author Information

Tab Content 6

Countries Available