options for deployment. This will equip you with the knowledge to understand the choices you can make when selecting a system and need to shortlist solutions. In some cases, you may already understand the options based on decisions you have already made for network options using some other method. We start by going through some basic concepts and steps that should be followed for deployment of any radio technology. After covering these basics, we deal with the different aspects of LTE features in terms of the deployment impact in the dimensions of coverage, capacity, and performance. We then cover some advanced features intended to make LTE deployments easier. We also cover the various services offered and what types of implications these hold for the solution being deployed. We revisit the generic topics of deployment with LTE radio frequency (RF)-specific deployment inputs and discuss issues that can arise during that process. Finally, we end the chapter with inputs on the performance matrix and how the different aspects of LTE-evolved node B (eNodeB) performance can be tested. The main goal in network planning is to ensure that the planned area is covered completely. Every cellular network needs cell-site planning to ensure coverage requirements, to maximize capacity requirements, and to avoid interference. The cell-planning process consists of many different tasks, which together make it possible to achieve a well-working network. The major activities involved in the cell-planning process are represented in Figure 1-1. Broadly, the radio network planning and optimization activity can be subclassified into the following phases: Dimensioning phase Planning and implementation phase Optimization phase CHAPTER 1 NETWORK PLANNING Site acquisition Network Dimensioning Coverage planning Performance Requirement Analysis and gathering and Continuous Strategy for Network Coverage, Optimization Capacity and Quality per Parameter service planning Capacity planning Dimensioning Phase Optimization Phase Detailed Planning an