4G LTE Network Design and Optimization: A Practical Guide for Mobile Network Professionals is a focused, hands-on resource for engineers, planners, analysts, and telecommunications specialists responsible for building, improving, and maintaining LTE networks. ST101 presents essential concepts and practical approaches for radio access network (RAN) design, capacity planning, coverage analysis, interference management, mobility optimization, and performance troubleshooting. Designed for professionals working with real-world mobile network challenges, this guide explains how to translate LTE theory into effective network decisions. It explores key topics such as LTE architecture, spectrum and frequency planning, link budgets, cell selection, antenna configuration, propagation considerations, neighbor relations, handover performance, throughput improvement, quality of service, and key performance indicator (KPI) analysis. Readers will also gain practical insight into drive testing, optimization workflows, congestion management, parameter tuning, and methods for identifying the root causes of poor coverage, dropped calls, low data rates, and mobility failures. Whether you are designing a new LTE deployment, expanding network capacity, refining an existing 4G infrastructure, or preparing for advanced optimization projects, this book provides a structured reference for making informed engineering decisions. It is suitable for mobile network professionals, RF engineers, telecom consultants, network operations teams, technical managers, and students seeking industry-oriented knowledge of 4G LTE network planning and optimization.
4G LTE Network Design and Optimization: A Practical Guide for Mobile Network Professionals is a focused, hands-on resource for engineers, planners, analysts, and telecommunications specialists responsible for building, improving, and maintaining LTE networks. ST101 presents essential concepts and...