rfMAP · Use cases
What teams plan with rfMAP
Every workflow here starts from a real RF decision, not a data feature. 5G cells reach 300 to 500m and die on line-of-sight, so planning teams can no longer plan on 2D. rfMAP gives you authentic 3D geodata for the three decisions that gate a rollout.
Get a demo →Why these three
RF decisions, not data features
Operators do not buy geodata, they make rollout decisions. 4G let teams plan on 2D street centerlines. 5G does not: cells reach only 300 to 500m, and line-of-sight is blocked by buildings and trees. The decisions that used to be safe on a flat map now need 3D buildings, vegetation heights and clutter to be right.
rfMAP is built for those decisions. Each workflow below begins with the question a planning team is actually asking, then shows the 3D data that answers it. Pick the decision you are making.
The three workflows
Three decisions rfMAP answers
- 01
Plan and densify 5G on 3D, not 2D centerlines
5G cells reach 300 to 500m and die on line-of-sight, so site placement and densification cannot be planned on flat 2D. Plan on 3D buildings, vegetation heights and clutter to place cells where they actually cover.
5G rollout - 02
Qualify fixed wireless access on line-of-sight, from your desk
Fixed wireless access lives and dies on line-of-sight. With 3D buildings and vegetation heights, you can run line-of-sight and Fresnel analysis on the desk and qualify serviceability before anyone drives to site.
Fixed wireless - 03
Replace site visits with desk-grade 3D data
Physical site surveys eat rollout budget and timeline. Sub-meter 3D buildings, terrain and clutter move much of that analysis to the desk, so teams send crews only where the data cannot decide.
Survey reduction
One dataset under every decision
All three workflows read from the same authentic 3D layer stack: 3D buildings with footprints and rooftops, 3D vegetation with height attributes, 4D bridges, DTM, DSM/Clutter Height, 2D linear vectors and clutter across up to 35 land-use classes.
It is vendor-neutral and built in output formats your RF planning tools, drive-test equipment and GIS tools already speak, so the same data serves 5G, fixed wireless and survey reduction without re-formatting.
3 planning workflows
One 3D basemap, three rollout decisions.
5G densification, fixed wireless line-of-sight and survey reduction all resolve on the same authentic 3D data, read straight off the map your RF tools already speak.
Proven at scale
The 3D dataset behind India's 5G
These workflows are not a pilot. Lepton's 3D dataset underpins the overwhelming majority of 5G deployment in India, and the same authentic geodata has been mapped across 128 countries and 3150 cities for RF planning teams, network OEMs and tower companies.
- Airtel
- Reliance Jio
- Vodafone Idea
- Ericsson
- Nokia
- American Tower
Plan your next rollout on 3D, on your own area of interest.
Bring a city or a target footprint. We will walk through rfMAP layers for the RF decision you are making, with our team.
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