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BT, the UK’s largest telecoms and network provider, has launched hollow core fiber trials at the BT Labs in Adastral Park, Ipswich, in a joint venture with Lumenisity, the University of Southampton’s spin-off company and Mavenir, the Open Radio Access Network (O- RAN) mobile carrier.   The research is being carried out at BT’s research and engineering facilities, with the researchers using a 10-kilometer-long hollow-core fiber cable made by Lumenisity. This state-of-the-art network cable has a hollow, air-filled center that extends through the entirety of the cable. The hollow core fiber will be tested for a myriad of applications, such as the possible benefits to 5G networks and highly secure communications such as Quantum Key Distribution (QKD).   Reducing the latency of hollow fiber light could provide immense benefits, including high-frequency trading and reduced mobile network costs. This joint venture has revealed that the usage of hollow core fiber can…

O2 UK to use OpenRAN to improve indoor connectivity O2 has tested Vilicom’s OpenRAN technology to make it cheaper for businesses to get 4G and 5G indoor coverage. Vilicom, together with cloud network provider Mavenir, offers the virtualized OpenRAN-based connectivity-as-a-Service (CaaS) platform. O2 said it was the first operator to test the platform and said it was doing so well, that they will connect the trial version to their live network next year. O2 is of the opinion that the virtualized platform would lower indoor cellular network costs and space needs, which it said would become very important to UK PLC after the coronavirus. Read more at: https://tinyurl.com/y4aepnko A peek into Microsoft’s edge compute ambitions Judson Althoff, Microsoft’s EVP of Worldwide Commercial Business, unveiled some of the company’s ambitions at a UBS Global TMT virtual conference. According to Althoff, Microsoft is increasingly introducing edge computing capabilities. Some of the uses…

Vodafone has made a move that could put an end to the global dominance of the three main telecom equipment providers – Huawei, Ericsson and Nokia – by starting trials on open access radio technology in the UK. The company is the first wireless carrier to run European tests of Open Radio Access Networks (OpenRAN), a cellular infrastructure technology that may increase the number of companies supplying telecom network equipment and assist in connecting more of the world’s most remote communities using lower cost systems. In a statement, Vodafone said that “the global supply of telecom network equipment has become concentrated in a small handful of companies over the past few years” and added that a wider choice of suppliers will increase flexibility and innovation, thus helping to address some of the cost challenges of internet services in rural communities. Telecom operators use RAN infrastructure, masts and antennae…