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Connectivity needs
In Building Solutions
No indoor coverage? No problem
In today’s connected world there’s an expectation that mobile coverage will simply be there. When it’s not, it can be a frustrating, productivity-impacting issue for building users, and can damage the reputations of owners.
Thick-walls, steel structures and the use of metallised-glass in building design can have a major impact on mobile signals – reducing their strength or blocking them completely. A dedicated solution is often the only way to bring consistent 4G and 5G public mobile signals into buildings with insufficient coverage.
Indoor Connectivity
Meeting the ever-growing demand for world-class mobile connectivity inside office buildings, venues, stadia, retail centres, and transportation hubs.
In today’s connected world there’s an expectation that mobile coverage will simply be there. When it’s not, it can be a frustrating, productivity-impacting issue for building users, and can damage the reputations of owners. Thick-walls, steel structures and the use of metallised-glass in building design can have a major impact on mobile signals – reducing their strength or blocking them completely. A dedicated solution is often the only way to bring consistent 4G and 5G public mobile signals into buildings with insufficient coverage. It delivers indoor connectivity by placing antennas close to where the user needs them most.
Data Centre
Connectivity at the Edge
Mobile network operators (MNOs) are already deploying 5G technology in cities to deliver additional capacity and faster speeds, and power the next generation of applications.
Full 5G capability will require a transformation of the mobile network architecture – more small cells and fibre connectivity, C-RAN and a decentralised cloud core. Mobile Edge Data Centres can provide hubs to accommodate 5G RAN, Core and IoT applications, placing key capability closer to the ‘edge’ of the network.
Fibre
Leveraging the power of fibre
A fibre connection enables the transfer of huge volumes of data and underpins the deployment of the latest mobile technologies such as 5G.
An optical fibre is used to transmit information over long distances, with far less signal degradation than metallic cables or radio-based solutions. The data is transmitted as pulses of light which travel along a flexible, transparent fibre made of glass or plastic not much thicker than a human hair. Fibre optic cables are deployed which contain multiple fibre strands – sometimes many hundreds of fibres in a single cable.
Siza – Distributed Antenna System (DAS)
Connected Hospital – Papa Giovanni XXIII Hospital in Bergamo
Carles Navarro
_GENERAL DIRECTOR BASF
Benjamin Hepfer
_PRODUCTION CENTER DIRECTOR BASF
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