Airborne Deployment Scenarios

Distributed Networks

The underlying technical architecture allows network nodes to be configured to form a high quality distributed network providing scalability and resilience to grow from a low subscriber density network to a high density networks, which can be deployed by carriers, ISPs and public authorities alike.

The inherent flexibility of the core architecture enables Airborne to deploy different types of network configurations; even evolving from one network topography to another as consumer demand requirements alter.

For many operators such a ‘low profile market entry’ capability is significant as demand take-up is notoriously difficult to Predict. Network operators can therefore adopt a low risk strategy and deploy a low density network increasing node density and building network capacity as demand increases.

By deploying micro cellular networks (rather than macro cellular) Airborne's distributed network technology, when compared with like for like WiMax alternatives, provides a uniquely adaptable solution yielding capex reductions of up to 70% (with decreased opex costs and diminished network roll-out time scales).

Growth in wireless communication networking has, until now, been hampered by the costs of providing cost effective high bandwidth connectivity to end-users. Both 3G/HSPA and WiMax networks are built using a macro cellular architecture while using high radio frequencies such as 2.1GHz, 2.6GHz, 3.5GHz, 5.8GHz that inherently suffer from poor signal propagation.

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