Virgin Media O2 extends its RAN deal with Nokia, enhancing 4G and 5G coverage in the UK, while exploring potential 5G cloud RAN pilots. This partnership diversifies vendors and supports the nation’s digital transformation.
UK’s ambitious gigabit broadband and Net Zero goals face rural challenges; ACOME’s Nanomodule technology emerges as a game-changer, significantly reducing the cost of fibre deployment and helping meet environmental targets.
Discover the potential of Reconfigurable Intelligent Surfaces (RIS) in shaping the future of 6G networks, enhancing coverage, spectral efficiency, and security while being cost-effective in previously unreachable areas. Explore RIS use cases as defined in ETSI’s latest report.
EllaLink and EXA Infrastructure join forces to offer a high-capacity, direct transatlantic data route, connecting Europe and South America for unprecedented network performance. Closing the connectivity gap, this collaboration strengthens Portugal’s position as a southern European digital hub.
Vodafone’s new CEO unveils a strategic plan targeting financial revitalization, including cutting 12% of its global workforce to streamline operations. Amid disappointing earnings and stagnant growth, can the company regain competitiveness with this bold approach?
AST SpaceMobile has made history by successfully connecting a direct voice call between the United States and Japan via its Low Earth Orbit (LEO) satellite constellation, using standard smartphones. The use of standard smartphones makes this a world first, as no one has previously achieved a direct voice connection from space to unmodified cellular devices. AST SpaceMobile partnered with some of its mobile operator partners, including AT&T, Rakuten, and Vodafone, to make the connection. The test call was made using AT&T spectrum and a Samsung Galaxy S22 smartphone in the Midland, Texas area, connecting to Rakuten in Japan. The successful test call validated AST SpaceMobile’s network architecture and systems, including its BW3 satellite, which it describes as the largest commercial communications array in low-earth orbit. The call also paves the way for space-based cellular broadband. AST SpaceMobile’s goal is to provide coverage to close to 50% of the world’s population…
Verizon drives towards its goal of net zero carbon emissions Verizon has used the proceeds from its most recent $1 billion green bond to sign a number of renewable energy purchase agreements (REPAs) in an effort to make its operations more ecologically friendly. These REPAs encompass around 910 megawatts of new renewable energy producing capacity throughout seven states in the USA, with wind turbines accounting for around 51% and solar panels for the remaining 49%. By 2025, the operator claims it will have sourced or generated renewable energy equal to 50% of its annual electricity use. Read more at: https://tinyurl.com/4fzb629n Broadvoice to officially launch GoContact BPO offering At the Call & Contact Center Expo US, Broadvoice, a supplier of hosted voice, unified communications (UC) and SIP Trunking services for businesses, will demonstrate its new contact center solution for the business process outsourcing (BPO) sector. This new offering is the result…
Telefónica and NEC Corporation announced an agreement to undertake pre-commercial Open Radio Access Network (Open RAN) tests in Telefonica’s four key worldwide markets: Spain, Germany, the United Kingdom and Brazil. This is a step toward Telefonica’s goal of achieving a 50% expansion of their current radio network based on Open RAN by 2025. According to a joint press release, Telefonica will perform open RAN trials in Spain, Germany, the United Kingdom and Brazil, with the objective of offering commercial alternatives to at least 800 locations across the four countries beginning in 2022. Under the terms of the agreement, NEC will serve as the primary system integrator for the implementation and testing of multi-vendor Open RAN solutions with the Telefonica group’s operational businesses. Telefónica and NEC will also cooperate with the newly formed Telefónica Technology and Automation Lab in Madrid to validate and implement cutting-edge Open RAN technologies and…
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…
SoftBank aims at providing connectivity from space SoftBank has announced that it will begin promoting the roll out of Non-Terrestrial Network (NTN) solutions that provide connectivity from space and the stratosphere. SoftBank NTN solutions will include the Geosynchronous Earth Orbiting (GEO) satellite NarrowBand IoT (NB-IoT) services provided by Skylo Technologies. The two companies recently agreed to cooperate in offering satellite services in Japan. SoftBank’s NTN portfolio of solutions will also include Low Earth Orbit (LEO) satellite communications provided by OneWeb, and High Altitude Platform Station (HAPS) stratospheric telecommunications platforms provided by SoftBank’s subsidiary HAPSMobile. Read more at: https://tinyurl.com/murtvfhr Black Lotus Labs uncovers hacktivist campaign Black Lotus Labs, the Lumen Technologies security threat intelligence division, has presented evidence that hacktivists have recently attacked switches and routers in a minimum of 100 organizations. The hacktivists managed to access those Internet-connected devices because of an incorrect Cisco Systems Smart Install configuration. The Black…
