RF drive tests or walk tests involve physically traversing designated areas with mobile equipment to assess the real-world performance of a wireless network. Engineers at Meritech use specialized measurement tools such as Sigma-ML, Sigma-LA or AZENQOS to evaluate key parameters such as signal strength, call quality, and data throughput. This on-the-ground testing provides valuable insights into the actual user experience, helping identify areas with poor coverage, dropped calls, or slow data rates.
Drive tests are instrumental in assessing coverage quality and seamless handovers between different cell sites. Engineers at Meritech analyse the handover process as a mobile device transition from one cell to another, ensuring continuity of service. This testing methodology helps identify potential issues with handovers, ensuring that users experience minimal disruption during transitions, critical for maintaining a reliable and uninterrupted connection.
RF drive tests are effective for identifying and mitigating interference issues. Engineers at Meritech measure signal quality and strength while moving through the environment, detecting sources of interference such as other networks, electronic devices, or physical obstructions. This data aids in optimizing frequency planning and mitigating interference, ultimately improving the overall signal quality and reliability of the wireless network.
Drive tests serve as a benchmarking tool, allowing network operators to compare the performance of their network with competitors or industry standards. The collected data can be used to optimize the network by adjusting parameters such as antenna tilt, power levels, and handover thresholds. By continuously conducting drive tests, operators can implement ongoing improvements to enhance network efficiency, quality of service, and user satisfaction.