DAS & Cellular Coverage

Building materials block cellular signals from penetrating, leaving people inside without stable service. Cellular boosters and Distributed Antenna Systems (DAS) take the outside signal and distribute it through the structure. Project start to finish, by one team.

Solutions are carrier-agnostic, FCC-approved, and scalable. Whether the problem is dropped calls in a hospital corridor, dead zones in a corporate basement, or no signal in a parking deck, the same engineering applies: capture the outside signal, amplify it, distribute it.

Capabilities

Distributed Antenna Systems (DAS)

In-building cellular distribution for hospitals, corporate campuses, warehouses, retail, and large public venues. Coverage designed per floor plan, integrated with carrier signals.

Cellular Signal Boosters

Active and passive cellular amplification for smaller sites. Capture, amplify, and re-radiate the outside signal inside the structure.

Carrier-Agnostic Design

Works across major carriers (Verizon, AT&T, T-Mobile, etc.) rather than locking the building to a single network.

Verticals We Serve

Healthcare (improve patient care, retain staff), government (stay under budget and on schedule), manufacturing (rapid communication on the floor), life safety (meet code, prepare for emergencies), education (safe, secure network across campus), carrier networks (indoor and outdoor coverage), property management (better tenant experience), retail (faster transactions), transportation (reliable coverage in ports and stations), ATMs and kiosks (secure transactions).

FCC-Approved Equipment

Deployments use FCC-approved booster and DAS equipment.

Benefits

- Carrier agnostic

- FCC approved

- Scalable

Signs of a coverage problem

- Frequent dropped calls

- Poor call quality

- Low cellular data speeds

- Dead Areas

What causes a weak signal?

- Building materials

- Surrounding landscape

- Distance from cell tower

- Other buildings/man-made obstructions

How it Works ...

1. The outside antenna on the roof receives the cell signal from a nearby cell tower and passes it into the building via a coax cable.

2. A signal amplifier receives the signal from the outside antenna, boosts it, and then passes it over another cable to an inside antenna.

3. The inside antenna broadcasts the boosted signal to any devices in the area, so they get reliable calls and fast data speeds.