Beam comparisons like this are not about a single building; they illustrate how modern 5G equipment can reshape RF exposure on any rooftop, pole, or structure. When the full RF footprint is modeled, cities and regulators can see exactly how far high-power beams reach, how exclusion zones shift, and where everyday access now overlaps with higher fields.
Used this way, RF footprints become the starting point for policy and enforcement, not an afterthought:
- Classification – Distinguishing true major modifications from minor 6409 changes based on measurable exposure, not just paperwork labels.
- Process – Justifying public hearings, updated conditions of approval, and RF safety plans where the footprint clearly demands it.
- Protection – Defining no-go zones, safe work routes, and signage standards that match real beam behavior, not outdated assumptions.
- Value – Aligning lease terms, fees, and indemnity with the actual scale and impact of the upgraded installation.
The principle is simple: once the RF footprint is in the record, 5G and future 6G deployments can be evaluated on what they are doing in space, not how they are described in an application. That shift is what turns RF modeling from a graphic into a governance tool.
