Commercial Cell Signal Boosters, Engineered for Your Property
Dropped calls, dead zones, and one bar in the back of the building. Tell us about your property. We evaluate the signal, design the system, and install it.
Tell Us About Your Property
Answer a few questions. We reply with next steps within one business day.
How the Process Works
Four steps. You'll know what happens, in what order, and what it looks like when it works.
Fill out the form above. Two minutes. No site visit needed to start.
We measure the outside signal and design a system around your building's actual layout.
Donor antennas, boosters, and indoor antennas installed with minimal disruption.
Coverage is measured and confirmed in the areas the design includes. Then we stand behind it.
What a Commercial Signal Booster Does
A commercial cell signal booster — also called a passive DAS or bi-directional amplifier system — captures the cellular signal available outside the building, amplifies it, and redistributes it indoors through a network of antennas. It works in both directions: your phone's signal back to the tower is amplified too.
It works with the signal your carriers already broadcast. No new towers, no carrier contracts, no equipment on users' phones.
Commercial Resort Deployment in Florida
A Beam Boost commercial signal system is currently deployed at a resort property in Florida, supporting improved cellular connectivity across the areas included in the project.
Commercial hospitality properties can contain multiple buildings, thick construction materials and large areas where cellular service becomes inconsistent. This project demonstrates how a scalable Beam Boost system can be configured around a property's actual layout and connectivity requirements.
Discuss a Similar Commercial Project
Built for Commercial Properties
Every system is designed around the building — its materials, its layout, and where people actually need signal.
Guest rooms, lobbies, conference space. Guests expect bars everywhere.
Low-E glass and steel block signal. Calls shouldn't drop at the desk.
Metal construction and deep floor plates. Coverage where crews work.
Staff, patients, and families need reliable signal in every wing.
Residents rely on cellular. Dead zones become vacancy problems.
Payment terminals, staff devices, and shoppers who expect signal.
Below-grade concrete where phones go silent — a safety issue, not just a convenience.
Classroom buildings, dorms and admin offices where staff and emergency calls must connect.
Courthouses, offices and public-safety facilities with thick institutional construction.
Hundreds of phones in one hall. Coverage designed for peak crowds.
Guests share, pay, and book on their phones. Dead spots cost reviews.
Machinery, metal and interference. Crews and cellular-connected equipment stay reachable.
Weak signal to begin with. Directional donor antennas make the most of it.
Trailers and active sites where crews need calls to connect from day one.
Need Reliable Wi-Fi Across Outdoor Areas Too?
Cellular signal enhancement and outdoor Wi-Fi solve different connectivity problems. Beam Boost can also help extend an existing internet connection into outdoor areas using commercial outdoor Wi-Fi equipment.
Coverage where guests actually gather — decks, cabanas, lawns.
Point-of-sale, menus, and guest devices between buildings.
Scanners, cameras, and staff devices at the property edge.
One network across walkways, quads, and detached buildings.
Barns, wells, and equipment sheds far from the router.
Yard operations, gate checks, and trailer staging areas.
Beam Boost outdoor Wi-Fi solutions can use weather-resistant Wi-Fi 6 access points, high-gain antennas, PoE and wired or wireless backhaul to extend an existing network into difficult outdoor locations.
Wireless speed, range and device-capacity figures are theoretical or maximum specifications. Actual performance varies with internet speed, network configuration, interference, obstacles, client devices and installation conditions.
One Property. Two Different Connectivity Needs.
A cellular booster improves compatible mobile-network signals, while outdoor Wi-Fi distributes an existing internet connection. Depending on the property, Beam Boost can evaluate either requirement or prepare a combined connectivity recommendation.
Frequently Asked Questions
A booster amplifies signal that already exists outside the building. If the outside signal is extremely weak, the evaluation identifies that early and we discuss what design — if any — can work.
Systems can be configured for compatible carriers, and the exact configuration is confirmed during design. Tell us your main affected carriers in the form.
No. A cellular booster works directly with compatible phones and cellular devices. There's no network to join and nothing to install on phones.
It depends on the size of the property and the system design. After the evaluation, you get a schedule before any work starts.
Commercial deployments use FCC-certified booster equipment. Where carrier registration applies, it's handled as part of the project.
It depends on coverage area, building materials and system design. Every property requires an individual signal and site evaluation — that's why the evaluation is free.