Network Optimization Process


Network Optimization Process
Ø  Single site verification
Single site verification, the first phase of network optimization, involves function verification at each new site. Single site verification aims to ensure that each site is properly installed and that parameters are correctly configured.
Ø  RF optimization

RF (or Cluster) optimization starts after all sites in a planned area are installed and verified. RF optimization aims to control pilot pollution while optimizing signal coverage, increase handover success rates, and ensure normal distribution of radio signals before parameter optimization. RF optimization involves optimization and adjustment of antenna system hardware and neighbor lists. The first RF optimization test must traverse all cells in an area to rectify hardware faults.








Checklist
·         Network plan, network structure diagram, site distribution, site information, and engineering parameters.
·         Drive test result (such as service drop points and handover failure point) in the current area.
·         Reference signal received power (RSRP) coverage diagram
·         Signal to interference plus noise radio (SINR) distribution diagram
·         Measured handover success rates

Ø  Areas to be optimized can be determined by comparing the distribution of RSRPs, SINRs, and handover success rates with the optimization baseline.

NETWORK OPTIMIZATION METHOD


Network Optimization Flowchart

Preface
To meet customers’ requirements for high-quality networks, LTE trail networks must be optimized during and after project implementation. Radio frequency (RF) optimization is necessary in the entire optimization process. This document provides guidelines on network optimization for work planning and optimization personnel.
Contents
Ø  Network and RF Optimization Progresses
Ø  LTE RF Optimization Objects
Ø  Troubleshooting
Coverage
Signal quality

Handover success rate
Network Optimization Flowchart