Around 80% of mobile calls happen indoors. Which is where the signal drops.
A Distributed Antenna System amplifies your telco's network inside the building through a series of nodes, so coverage holds in the basement, the plant room and the far end of the east wing. Same network, no dead zones.
- Amplifies your existing carrier network
- Covers staff handsets and duress devices
- Supports IoT devices throughout the building
- Upgradeable as standards change
Most facilities already know. They just call it a black spot.
The trigger for a Distributed Antenna System is simple. Someone who owns, manages or works in the building notices that mobile signal and bandwidth are inadequate inside it. If the following sound familiar, that is the problem a DAS is built to solve.
Signs your building needs one
None of these are unusual. Concrete, steel, lift shafts, basements and thick walls all attenuate mobile signal, and a building that was fine ten years ago carries far more devices now.
- Staff walk to a window or outside to make a call
- Calls drop in lifts, stairwells or basements
- Coverage is fine in one wing and unusable in another
- Staff handsets and duress devices lose connection
- Visitors and families complain about signal
- IoT and monitoring devices drop offline in certain areas
Emergency communication
In hospitals, aged care and transport hubs, a DAS means emergency services and staff can communicate without interruption in the moment it matters.
Public safety coverage
Reliable in-building coverage supports public safety networks, so response and coordination during an emergency are not held up by a dead zone.
IoT devices that stay online
Smart building sensors, healthcare monitoring and energy management devices need connectivity wherever they are installed, not only near the comms room.
Operational efficiency
Reliable connectivity supports the mobile and cloud based applications your team already depends on, rather than forcing workarounds.
Future proofed infrastructure
As mobile technology evolves, a DAS can be upgraded to support new standards and frequencies, so the investment holds its value rather than dating.
Consistent signal quality
Nodes linked to the building's internal framework carry your carrier's network through the whole site, giving uninterrupted access rather than patches of coverage.
Anywhere the building itself is the problem.
The environments that need a DAS have one thing in common. They are large, solidly built, and full of people who need to stay connected while they are inside them.
Hospitals and healthcare
Guaranteeing vital communication channels for healthcare professionals and patients alike, in buildings where a dropped call can matter clinically.
Healthcare solutionsAged care facilities
Keeping staff handsets, duress devices and monitoring equipment connected across every wing, so the alerting you rely on does not depend on where someone is standing.
Aged care solutionsHotels and residential apartments
Improving guest and resident satisfaction with connectivity that holds up in rooms, corridors and basement car parks rather than only in the lobby.
Hospitality solutionsLarge office buildings
Enhancing productivity by ensuring employees and visitors stay connected throughout the building, including the floors furthest from the street.
University campuses
Supporting educational and operational needs by keeping students, faculty and staff connected across lecture theatres, libraries and laboratories.
Transport hubs and venues
Ensuring travellers and staff at railway stations, airports and convention centres have reliable access to mobile services, including under load.
Show us where the signal drops. We will tell you what it takes to fix it.
Every building is different, so a DAS is scoped against the actual site rather than a floor plan. Tell us where coverage fails and what is running in those areas, and we will work out what is involved.