For architects and engineers

A few choices in the wall and roof decide most of the coverage.

Glass, wall and roof choices are made for good reasons. A few of them also block radio signal. We show which elements control coverage on your building and give you specifications to evaluate.

What changes for you

Targeted changes, reviewed by your team.

Your design stays

We look for the few elements that control coverage. Layout, appearance and performance targets stay yours to approve.

Specifications you can review

Recommendations arrive as specification sections and details. Your team checks them against fire, structural and energy requirements.

Less to coordinate in the ceiling

When the building carries more of the signal, there is less DAS (distributed antenna system) to fit in: fewer antennas, cable runs and equipment rooms, or none.

What we look at

The elements that usually control coverage.

Each building is different. These are the elements we check first.

  • Glass walls and windows
  • Spandrel panels in glass walls
  • Wall and roof panels
  • Concrete and masonry walls
  • Roof assemblies
  • Stair and core enclosures

Side by side

The same wall, built two ways.

A standard spandrel panel and a standard concrete wall block most of the signal. Ours are designed to let most of it through, and both are patent pending. Your team reviews appearance and performance.

1Spandrel panel
Illustrative spandrel panel. Standard: a radio wave reflects off the panel and little gets through. Ours: the Coverage by Design spandrel panel, patent pending, lets most of the wave through.OUTSIDEINSIDESTANDARD SPANDREL PANELCOVERAGE BY DESIGN SPANDREL PANELPATENT PENDING

Signal reaching inside: a small part

Standard spandrel panel.Coverage by Design spandrel panel (patent pending).

2Concrete wall
Illustrative concrete wall. Standard: a radio wave reflects off the wall and little gets through. Ours: the concrete wall with our assembly, patent pending, lets most of the wave through.OUTSIDEINSIDESTANDARD CONCRETE WALLCONCRETE WALL WITH OUR ASSEMBLYPATENT PENDING

Signal reaching inside: a small part

Standard concrete wall.Concrete wall with our assembly (patent pending).

Illustrative, no values

Standard: the spandrel panel and the concrete wall block most of the signal.

Questions

Questions architects ask

Does this change our energy or fire compliance?

Every recommendation is offered for your team's review against fire, structural, energy and design requirements. Nothing changes without your approval.

Who is responsible for wireless performance?

We are responsible for our signal analysis, specifications and the design of any system still needed. Your team reviews the building changes, as it would for any other consultant's recommendation.

When should we involve you?

Concept or schematic design is best, while glazing, envelope, roof and core choices are still open. Later reviews still help, with fewer options.

Check My Building

See what your building can do for reception.

Start with the address, project stage and what needs to work inside. There is no charge. In less than 72 hours you get your free DAS Necessity Score or a list of what we still need.

No field readings are needed to send a request. A reliable conclusion may require more information or testing.

Illustrative render: the sample building at dusk, glass walls on two sides, with every room lit.
Illustrative renderA lit room means signal reaches it.