Clarity before
a coverage decision.

Building materials can attenuate mobile-network signals. Concrete, steel and some energy-efficient glazing can make indoor reception weaker than reception outside. Distance from a tower, local terrain, network load and interference also affect service.

Yes, for an off-air booster solution. An external antenna needs a usable donor signal from a supported mobile network. A booster cannot create a carrier signal where there is none. Signal quality is important as well as strength.

No. Cellular connects your device to a mobile carrier network. Wi-Fi connects it to a local network. Improving one does not automatically fix the other, so it is important to identify which connection is causing the problem.

Wi-Fi calling may help voice calling on compatible phones and carrier plans when a suitable Wi-Fi and internet connection is available. It is not the same as improving the cellular RF signal, does not automatically support every device or use case, and has its own service and emergency-calling limitations.

A single phone is not a complete picture of a building. Devices may be using different carriers or supported bands, and one person may be using Wi-Fi calling while another is on cellular. Note the carrier, connection type, location and task before comparing experiences. This helps frame the investigation without assuming either that the building is fine or that every phone needs a booster.

Signal bars are a rough indication, not a consistent measurement across phones and carriers. A planning discussion needs to distinguish signal strength from signal quality, and relate observations to the places and networks that matter. You do not need to collect specialist readings yourself. A later assessment’s methods and deliverables would need agreement; photographs of a few phone screens should not be treated as a coverage guarantee.

Compatibility must be checked against the equipment’s supported frequency bands and local carrier networks. Equipment may support some 4G and 5G services without supporting every band or network feature. No universal carrier or 5G promise can be made from the word “booster”.

A distributed antenna system carries radio-frequency coverage to multiple antennas. Distribution may be passive, active or hybrid. A powered signal booster can feed passive coaxial distribution, but the amplifier itself is not passive. Signal source, network capacity, carrier requirements, layout and cabling influence the architecture; there is no universal building-size cutoff.

No. Signal improvement may help connectivity, but throughput and call performance also depend on the carrier network, congestion, interference and devices. Results must be considered in the context of the specific site; fixed speed or coverage gains should not be assumed.

No. Area is useful context, but two spaces of the same size may have different construction, internal divisions, donor conditions and access constraints. Advertised maximum coverage is not a prediction for your premises. Define the priority rooms and floors first, then consider source and distribution choices. A larger advertised number does not establish carrier compatibility or prove that the cable and antenna layout will work in your building.

An off-air booster cannot originate the missing mobile-network signal. A phone struggling at ground level does not by itself establish the conditions at every suitable antenna location, but a usable donor still has to be established. If an off-air source is not feasible, carrier involvement and a different source arrangement may need consideration. DAS can distribute a dedicated carrier source in an appropriate configuration; this is planning context, not an advertised Aurora Netcom enterprise service.

Work may involve external antenna access, cable routing, ceiling spaces and equipment mounting. The impact depends on the premises and the selected system. Access, working hours, landlord permissions and installation responsibilities should be agreed before work begins; no disruption-free promise is made.

Cost factors can include the donor signal, supported bands, coverage priorities, number and placement of antennas, cable distances, building access and installation complexity. Assessment scope, project price and any ongoing services need to be agreed. No fixed pricing or free assessment is advertised here.

Describe where reception is poor and how it affects work. Name the carriers involved if known. Building city, type, approximate area, floor count and timeline are useful context. You do not need to specify equipment or send confidential plans to start the conversation.

Maintenance, warranties, monitoring and support are not included unless explicitly agreed. Confirm their scope and responsibility for any engagement.

Include the planned use of rooms and any changes to coverage priorities in the brief. New divisions, different work areas and changes to antenna or cable locations can affect the assumptions behind a system. Ask who would review changes and hold the system information. Do not move or alter equipment based on this guide: any work would need the appropriate permissions, equipment instructions and an agreed scope.

Equipment and operation must meet applicable Canadian requirements. ISED RSS-131 addresses zone enhancers. For cellular/PCS enhancers, ISED’s CPC-2-1-05 requires the licensed service provider’s consent before installation and operation. Equipment certification alone does not establish that consent. Building permissions may also be necessary.

No. Commercial cellular enhancement must not be confused with a public-safety radio system. It does not guarantee emergency-call performance or replace dedicated safety communications.