Actelis Networks, renowned for its cyber-hardened networking solutions for IoT, has announced a strategic partnership with Carahsoft Technology, a leading provider of IT solutions for government sectors. This collaboration will see Carahsoft distributing Actelis’ hybrid-fiber connectivity solutions to Federal, State, and Local agencies, as well as educational institutions in the U.S. and Canada through its reseller network and specific procurement contracts like NASA SEWP V and OMNIA Partners.
T-Mobile US has launched a new backup fixed-wireless access (FWA) service called Home Internet Backup in response to frequent network outages and an anticipated severe hurricane season. This new service is an entry-level FWA subscription priced at $30 per month, which includes a bundled home gateway. It is designed to be a cost-effective alternative to T-Mobile’s existing Home Internet package, offering a $20 discount.
In developed markets, copper telecom networks are rapidly being replaced by more efficient fiber optic cables. Despite this shift, the value of copper is surging in other sectors, particularly in electric vehicles and renewable energy. The metal’s worth has soared over 50% from pre-pandemic levels due to high demand and lower mining outputs, with forecasts suggesting a further 50% increase in demand by 2040.
Greenerwave, a French deep-tech company specializing in electromagnetic wave control, along with its partners in the 6G Non-Terrestrial Networks (6G-NTN) project, has released a white paper titled “Vision on Non-Terrestrial Networks in 6G Systems (or IMT-2030).” This document outlines the future of connectivity within the 6G ecosystem, highlighting the anticipated development of a new generation of wireless communication technologies expected to begin deployment around 2030.
Swisscom has revealed that its Italian subsidiary, FastWeb, has sold its 4.5% stake in FiberCop to Optics BidCo, a subsidiary of KKR, for €439 million. FiberCop, formed in 2021 by Telecom Italia (TIM), KKR, and FastWeb, manages the ‘last mile’ fibre network, connecting homes to street cabinets.
Nokia, in collaboration with Global Fiber Peru, has successfully launched a pioneering subaquatic optical, IP, and fiber broadband network in the Amazon rainforest. This new network aims to connect approximately 400 communities within the three-border region where Peru, Colombia, and Brazil meet.
A recent study conducted by Germany’s Verband für Telekommunikation und Mehrwertdienste (VATM) has illuminated the rapid advancements within Germany’s fiber market. The study highlights a steady stride in the country’s fiber rollout, projecting that nearly 19 million households, approximately half of the German population, will have access to fiber-to-the-premise (FTTP) connectivity by mid-year, marking a rise of 2 million households since the close of 2023.
Boldyn Networks has successfully completed the acquisition of Apogee Telecom, a leading provider of on-campus connectivity in the US Higher Education sector. This strategic move enhances Boldyn’s offerings in the education market by integrating Apogee’s extensive experience and strong reputation with Boldyn’s global expertise and comprehensive wireless and fiber solutions portfolio. The acquisition aligns with Boldyn’s ongoing commitment to improving connectivity across the United States, where the company has already invested billions of dollars.
In a significant development for commuters, the Berlin underground (U-Bahn) has finalized the installation of a 4G mobile network, ensuring high-speed internet access across its entire subway system. The initiative, a collaboration between Germany’s O2 Telefonica and Berliner Verkehrsbetriebe (BVG), marks a milestone achievement after years of planning and execution. Data usage among subway users has skyrocketed, increasing sevenfold since 2019, necessitating improved connectivity underground.
NEC Corporation (NEC; TSE: 6701) and NTT Corporation (NTT) today announced that they have successfully conducted a first-of-its-kind transoceanic-class 7,280km transmission experiment using a coupled 12-core multicore fiber (*1), which consists of 12 optical signal transmission paths in a standard outer diameter optical fiber (0.125 mm). This achievement is expected to be a next-generation transmission infrastructure technology that will contribute to the realization of large-capacity optical networks, including future optical submarine cables.
