SOLUTIONS
Better reception starts with the right questions.
Indoor coverage is a building-specific problem. The useful question is not “Which booster?” but “What does this building need?”
FIRST, NARROW THE QUESTION
What pattern are you seeing?
Similar complaints can have different causes. Use these patterns to decide what to record, not which equipment to buy. They are starting points for investigation, not a diagnosis or a substitute for an RF assessment.
One device struggles; others work in the same place
Make the comparison fair
Check whether the devices are using the same carrier and the same connection type. A successful Wi-Fi call is not evidence of cellular reception. Record the device models and the ordinary task that failed; do not record personal phone numbers.
What this does not establish
A device, account or network-specific issue can resemble poor building coverage. If the problem follows one device into other locations, raise that pattern with the device support team or carrier before treating the whole building as the cause.
Several devices struggle in the same rooms
Record a location pattern
Compare a priority room with a nearby area where normal use works. Keep the carrier, device and task as consistent as practical. Note whether the problem appears at a doorway, deeper inside the floor or on a lower level.
What this does not establish
A repeatable room-by-room pattern is useful context, but it does not prove there is a suitable donor signal or identify the right antenna layout. An accessible outdoor observation is not a roof survey. Do not enter restricted spaces to obtain a comparison.
Results change with the time of day
Keep location separate from timing
Record observations at the same accessible location on more than one occasion. Include the time, carrier, connection type and whether calls, data or both were affected. Note known changes in occupancy without identifying individuals.
What this does not establish
Time-dependent problems may involve network load or other changing conditions, not simply weak indoor signal. Signal bars alone cannot distinguish those causes. A coverage booster should not be assumed to resolve congestion or a carrier outage.
Commercial cellular signal boosting
Aurora Netcom focuses on improving cellular reception inside commercial buildings through signal-boosting solutions. The goal is to help people stay connected to supported mobile networks in the spaces where they work.
An off-air system receives an existing cellular signal using an external antenna, amplifies supported frequencies and distributes the signal through indoor antennas. The uplink carries signals from devices back towards the mobile network. A booster does not create a carrier network or add unlimited network capacity.
The conditions come first
A workable recommendation depends on more than floor area. The same footprint can present very different radio-frequency challenges in a glazed office, a metal warehouse or a multi-storey property.
- Donor signal: usable signal strength and quality at a suitable external antenna location.
- Building construction: concrete, steel, low-emissivity glazing and internal partitions.
- Coverage priorities: the occupied areas, floors and spaces where reception matters.
- Carrier needs: local network bands and the devices used by staff, tenants and visitors.
- Practical constraints: antenna separation, cable routes, equipment locations, access and permissions.
Compatibility is specific, not universal
A “4G/5G” label is not a promise to support every carrier, frequency band or network feature. Equipment specifications must be matched to the bands in use at the site. Support for one 5G band does not mean support for all 5G services.
Performance also depends on outdoor signal quality, network congestion, interference, installation and the device itself. Coverage improvement and data speed are not the same thing; neither should be promised without evidence.
Where distributed antenna systems fit
A distributed antenna system (DAS) brings RF coverage to multiple locations through distributed antennas. Passive distribution can use coaxial cable, splitters and antennas. Active DAS uses powered distribution equipment; hybrid arrangements combine approaches. An amplifier is an active device, even when it feeds a passive distribution network.
DAS describes an architecture, not a universal building-size category. The signal source, capacity needs, carrier coordination, cabling and building constraints influence system selection. There is no single floor-area cutoff that makes one approach right for every property.
Enterprise DAS is explained here for planning context, not advertised as an Aurora Netcom delivery service. Any proposed work requires an explicitly agreed scope.
Booster or DAS? Ask two separate questions.
A booster and a DAS are not mutually exclusive options. “Booster” describes amplification; “DAS” describes how a signal reaches distributed antennas. A booster may feed a passive DAS. Choosing between labels too early can hide the real decisions: where the cellular signal will come from, and how it will be distributed through the property.
Use the following situations to frame a discussion, not to select equipment without site evidence. A small but heavily divided space can be challenging, while a larger open area presents different distribution choices.
- Usable signal outside, weak reception inside: an off-air approach may be worth investigating. Check the relevant carriers and bands at a suitable donor location, then consider the indoor areas that need coverage.
- Several floors, wings or separated tenancies: compare distribution arrangements, cable routes and access responsibilities. Passive, active or hybrid architecture should follow these constraints rather than a floor-area rule.
- Poor outdoor service or concerns about network capacity: do not assume a stronger amplifier is the answer. The available source and carrier network need attention; a dedicated carrier source is a different arrangement, not an ordinary booster creating service.
The route through the building matters
Coverage planning has a physical side. An attractive antenna position on a sketch is not useful if it cannot be accessed or connected appropriately. The donor antenna, indoor antennas and amplifier need to be considered together, including the manufacturer’s separation requirements. Insufficient separation can cause feedback and force a system to reduce gain; simply turning up amplification is not a substitute for a workable layout.
For an initial discussion, note where roof access, risers and ceiling spaces are controlled, and whether more than one owner or tenant must approve entry. Do not climb onto a roof or open building infrastructure to gather information. Unknown access conditions are useful to identify, not something to solve unsafely before an enquiry.
- Coverage boundary: distinguish the areas you must address from optional or later phases. Record enclosed rooms and lower levels separately from open workspace.
- Routing and placement: flag known restrictions on visible cabling, equipment locations and access through neighbouring premises. Detailed installation requirements depend on the selected equipment and site.
- Change over time: mention planned fit-outs or a move to different work areas. Ask how the proposal would record its assumptions and what changes would call for a review.
Canadian equipment and authorization requirements
Equipment selection and operation need to follow the applicable Canadian requirements. ISED’s RSS-131 addresses zone-enhancer equipment, but certification alone does not establish that every installation or use is authorized. For cellular/PCS enhancers, ISED’s licensing guidance requires consent from the licensed service provider before installation and operation. Building permissions and the equipment’s installation conditions must also be addressed.
Commercial cellular enhancement is not a substitute for a public-safety radio system and does not guarantee emergency-call performance.
START WITH YOUR BUILDING
Let’s understand
your coverage challenge.
A useful conversation starts with where reception falls short — and who it affects.