This heat-map further depends on the uplink power control properties. The maximum theoretical bits/second that can be achieved for Uplink. It is calculated by assuming that neighboring cells are not transmitting data at the same time. The maximum theoretical bits/second that can be achieved for Downlink. The RSRQ heatmap is currently drawn assuming full load of the network. RSRQ may also be used as the handover criteria.

This visualization emulates signal quality / SINR and captures the load situation. Radio resource management (RRM) measurement that has been defined in the 3GPP specifications. second strongest signal to provide coverage) for potential cases where some radio units become unavailable. This can help analyze network redundancy (i.e. Same as for RSRP, but this heatmap reflects measurements from the second strongest radio unit, instead of the strongest one. This heatmap shows which radio unit is the serving RU in each location.This helps to analyze which radio unit is the primary radio unit in a specific area based on strongest signal strength. It is useful to analyze the overall coverage of your cellular network based on selected area and coverage requirements. This heatmap shows received signal strength of a single subcarrier bandwidth and reflects the coverage of your network. Ekahau Private 5G provides multiple heatmaps that can be used to analyze relevant aspects of your 4G/5G network plan.

Rsrp signal