The GSMA has announced that the mobile industry will need an average of 2 GHz mid-band spectrum to meet the data speed requirements of the UN International Telecommunications Union (ITU). The study evaluated 36 cities around the world and concluded that policymakers should license the spectrum of mobile operators in harmonized bands such as 3.5 GHz, 4.8 GHz and 6 GHz to meet ITU requirements by 2030. According to their claims, the additional spectrum will make it possible to use 5G to its full potential. As claimed by the global study, achieving this will reduce the environmental impact and costs for 5G users, as additional spectrum will lessen the carbon footprint of networks by two to three times, strengthening the sustainable development of mobile communications at the same time. In addition, the availability of mid-band frequency spectrum will also improve Fixed Wireless Access (FWA). The research shows that…
The Commission for Communications Regulation (ComReg), the Irish national regulatory authority, and the current Minister for Communications, Climate Action and Environment Richard Bruton TD have signed new regulations that will allow the release of additional radio spectrum to create extra capacity for mobile phone and broadband services. These are temporary measures taken in response to a sharp increase in the use of mobile networks, as people rely more heavily on their operators to communicate and stay connected during COVID-19 social distancing. According to ComReg, mobile operators have coped well with increased usage so far, but they have currently less headroom to accommodate further spikes in demand. ComReg Commissioner, Jeremy Godfrey, said, “The provision of this spectrum will help the mobile providers cater for the increased demand on their networks. ComReg will continue to work with industry and will support operators so that telecoms networks may continue to meet demand…
At MWC26, SpaceX introduced Starlink Mobile, marking a new era in satellite communications. This evolution of the direct-to-device strategy uses second-generation satellites to enhance integration with 5G networks. Starlink Mobile is set to elevate connectivity, offering speeds up to 150 Mb/s, filling gaps left by traditional networks.
Virgin Media O2 has launched an innovative O2 Satellite service, utilizing Starlink technology from SpaceX to enhance mobile connectivity in remote areas, called ‘not-spots’. This new service, boosting UK landmass coverage from 89% to 95%, allows users to seamlessly switch from mobile to satellite connectivity when traditional networks are unavailable.
The International Telecommunication Union’s 51st WP 5D meeting was pivotal for 6G, as Minimum Technical Performance Requirements for IMT-2030 were finalized, transitioning 6G from vision to reality. With ZTE driving advanced 6G strategy, the company targets a seamless shift to the agent-centric internet era, prioritizing connectivity and AI integration.
As wireless technology advances, Qualcomm is at the forefront of the 6G revolution, showcasing cutting-edge solutions at Mobile World Congress 2026. Key innovations include AI-native systems, digital twins, and enhanced RF performance, all designed to augment network efficiency and user experience. Qualcomm’s commitment to intelligent, adaptable 6G solutions promises a transformative impact on global connectivity.
Cargill’s deployment of private 5G networks marks a transformative shift in the industrial landscape, expanding from 20 to 50 sites in six months. This collaboration with NTT Data and Celona highlights 5G as essential infrastructure, much like Wi-Fi, supporting Industry 4.0 and enhancing robotics, automation, and AI integration.
Explore how the fusion of AI and IoT is revolutionizing connectivity with floLIVE’s innovative approach. By offering a scalable, secure connectivity network tailored for IoT, floLIVE tackles traditional challenges like roaming restrictions through its cutting-edge multi-IMSI eSIM platform. Discover a future of IoT connectivity that’s both reliable and efficient.
Samsung, KT Corporation, and Keysight Technologies have successfully demonstrated X-MIMO technology on the 7 GHz band, achieving 3 Gbps peak download speeds. The trial, crucial for future 6G systems, tackled coverage and capacity challenges. This advancement signals telecom industry’s strides toward faster, reliable voip connectivity worldwide, enhancing high-frequency spectrum potential.
Ericsson is revolutionizing the telecom sector with innovations ahead of MWC 2026. Key developments include network slicing for 5G and early 6G prototypes, enhancing real-time SLA verification. Collaborating with giants like Ookla and Apple, Ericsson’s focus on AI and network optimization underscores its leadership in telecom advancements.


