Product documentation

Getting started with SiteRF

Create an indoor RF project, calibrate a floorplan, place equipment, calculate coverage, and prepare a report.

SiteRF turns a scaled two-dimensional plan into an explicit RF model. A useful first project does not need to be elaborate: one calibrated floor, one access point, a few RF boundaries, and a clear coverage target are enough to establish the workflow.

1. Create a project

After signing in, choose New project and give the site a name that will still make sense when it appears in an exported report. The project stores the plan, placed equipment, simulation settings, and report configuration together.

SiteRF projects list with the New project button, showing several draft and active site plans.
Projects — Site plans and wireless designs
New project dialog with Name and Description fields, ready to create.
New project

2. Import and calibrate the floorplan

Import an ASCII DXF drawing. Review the detected units and geometry before accepting it. If the source drawing has unknown units, measure a known span—such as a corridor width or exterior wall—and enter its real length. This calibration determines every propagation distance in the model.

See Import and calibrate floorplans for supported geometry and failure handling.

3. Mark RF boundaries

Not every line in a CAD drawing is a wall. Keep layers that describe relevant physical boundaries and mark them as RF boundaries. Assign a material deliberately. An unassigned boundary uses the documented unknown-material behavior; a named but unrecognized material must be corrected before the solver runs.

Import review screen marking the Exterior, Interior, and Glass layers as Wall or Decorative, each with an RF boundary checkbox and material assignment.
Import floorplan — mark which layers are RF-relevant

4. Place equipment

Choose an access point, radio, or antenna from the catalog and place it on the plan. Confirm its mounting height, enabled radios, frequency or channel, transmit power, antenna gain, and orientation. Catalog values retain their source information; project overrides belong to the placement.

Read Place and configure RF equipment before overriding manufacturer defaults.

Equipment catalog picker listing access points, radios, and antennas from named manufacturers, ready to place on the plan.
Placement / Catalog — choose equipment

5. Calculate and inspect coverage

Select the band or scenario you want to evaluate, then calculate coverage. Start with signal strength and its dBm legend. Use SNR, SINR, overlap, and dead-zone views only after their receiver and threshold assumptions match the design question.

The map is a planning estimate. Check that the displayed model, units, receiver height, and out-of-range diagnostics are appropriate before treating a color as a conclusion. Calculate and read coverage explains each view.

Signal strength coverage heatmap for five access points, with the dBm legend and Automatic Wi-Fi 5 GHz scenario selected.
Coverage / RF — signal strength, refined solve

6. Prepare the report

Open the report workspace, select the relevant scenarios and metrics, review generated findings, and edit the recommendations for the actual site. Exported reports can include project context, equipment, locations, coverage maps, assumptions, and recommendations.

Finish with Export client-ready reports.

Report workspace showing branding, prepared-for client details, and the contents checklist of sections to include.
Northstar HQ report — branding and contents

A reliable first-project checklist

  • The plan scale matches a known real-world dimension.
  • Only physical boundaries that affect RF are enabled.
  • Materials and openings are explicit.
  • Equipment radios and antennas are compatible with the selected band.
  • Receiver height and coverage thresholds match the intended clients.
  • Coverage is validated with field measurements before installation acceptance.

If you want to understand the math before building a project, start with the free-space path loss calculator and the indoor path-loss guide.

Prefer to drive SiteRF from Claude, ChatGPT or another agent? See Connect an AI agent to SiteRF.