Cambridge Communication Systems (CCS) has welcomed the latest recommendations by The European Conference of Postal and Telecommunications Administrations Electronic Communications Committee (CEPT ECC), which open up the 60GHz mmWave unlicensed band for Gigabit Fixed Wireless Access in Europe and pave the way for ubiquitous deployment of unlicensed 60GHz technology.

The new innovative Metnet technology from Cambridge Communication Systems (CCS) is providing superfast wireless backhaul for the 5G Smart Tourism testbed to be delivered in Bath and Bristol. The news follows the UK government’s announcement of a £5m competition award to a successful consortium bid led by the West of England Combined Authority.

The Metnet 12Gbps unlicensed 60GHz mmWave access and backhaul solution has just been launched by Cambridge Communication Systems (CCS). The ultra-high capacity 12Gbps multipoint system is the first element in CCS’s new software-defined Mesh network architecture, with multiple Metnet 60GHz nodes operating as a centrally managed SDN-capable networking switch.

Cambridge Communication Systems (CCS) has announced that its Metnet solution has been selected to provide neutral host backhaul for a new, ultra-fast next-generation wireless network being deployed to serve the businesses, residents and visitors of the Square Mile in London. The project – which includes the single biggest WiFi investment in the City to date – has been awarded by City of London Corporation to CTIL, working in partnersh...

It has been announced by Cambridge Communication Systems (CCS) that it is providing backhaul for the Coca-Cola London Eye’s new WiFi service, which enables customers to access high-speed internet and new interactive applications while riding in the popular London observation wheel. CCS’s Metnet 28GHz self-organising microwave backhaul was selected by O2, which is delivering the WiFi service on behalf of Merlin Entertainments &nda...

  A range of flexible options for how mobile operators meet the challenge of achieving accurate small cell network timing synchronisation are outlined in a whitepaper from CCS, titled Enhancing Small Cell Performance with Synchronised Backhaul.

Cambridge CMOS Sensors (CCS) has announced the launch of its range of µBright infrared sources, the latest of its gas sensor components for low-power, long life optical gas sensing solutions. Designed to operate across the wideband  IR range (2 to 14µm) the µBright sensors can be used to continually sense gases, such as carbon dioxide, and ethanol vapours  in NDIR (nondispersive infrared) systems at low power.

CCS has published a whitepaper exploring the backhaul solutions that can support organic small cell network growth. Written by Senza Fili Consulting, the research offers an in-depth examination of the potential total cost of ownership to mobile network operators - due to the inevitable densification of mobile infrastructure - and a detailed overview of some of the backhaul solutions currently existing.