Cobham Wireless’ idDAS capacity-centric solution provides a cost-effective method for the rapid delivery of cellular coverage to the entire Steigenberger Hotel building. Further extending the Berlin Fan Mile through the capacity sharing project removed the need for costly investment in hardware and running costs of a standalone coverage solution.
Cobham Wireless joined forces with a number of organizations to provide a Chicago area school with a state-of-the-art cellular and public safety communication system, based on an intelligent digital distributed antenna system (idDAS), donated to the school.
Due to the challenges and constraints that this project would bring, Cobham Wireless was commissioned to provide TETRA, GSM-R, VHF and cellular 2G and 3G coverage using the latest in fibre-optic DAS (Distributed Antenna System) technology.
Cobham Wireless deployed an intelligent digital Distributed Antenna System (idDAS) to provide cellular coverage throughout the 34-storey Torre Diamante, the tallest steel building in Italy.
Cobham Wireless and neutral host provider INWIT installed the world’s first beach DAS system in the Italian beach resorts of Cervia and Milano Marittima. The project provides thousands of holidaymakers with voice, SMS and 4G data coverage.
In a unique capacity-sharing project, Cobham Wireless built on the success of an earlier cellular deployment for the Berlin Fan Mile, and extended coverage to the Sony Center, half a kilometre away.
Cobham Wireless, together with systems integrator partner, Yapı İDİS, deployed a public safety communications network within the new Eurasia Tunnel. The construction is the world’s first undersea road tunnel linking two continents, spanning Europe and Asia.
Together with partner Commtel Networks, Cobham Wireless deployed a cellular and public safety communications network in the longest tunnel in India. The construction reduces the travel time between Jammu and Srinagar by 30Km.
Cobham Wireless teamed up with EE to deliver a flexible and reliable DAS solution to address the connectivity problems and significant increase in mobile traffic from fans sharing their experience with friends and family through calls, texts and social media.
Offshore wind farms are amongst the most challenging environments to provision emergency communications services with RF-reflecting construction materials, harsh weather conditions and proximity to the coast all hampering traditional services.