Telecom Italia (TIM) has inked a deal with the Italian branch of Xavier Niel’s Iliad to co-invest in TIM’s last-mile grid firm FiberCop in order to accelerate the deployment of fiber broadband lines in Italy. Under the terms of the agreement with TIM, Iliad will co-invest in FiberCop to assist in the development of the network that connects street cabinets to people’s houses. Iliad will receive access to Telecom Italia’s core fiber network, allowing it to provide ultrafast fiber-to-the-home (FTTH) connections to clients. According to TIM, the agreement validated FiberCop’s investment strategy, which aims to link 75 percent of Italy’s so-called grey and black zones, including cities and industrial districts, with FTTH connections at speeds of more than 1 gigabyte per second by 2025. The agreement’s financial terms were not disclosed. According to analysts, the FiberCop agreement might help TIM counter some of the heightened competitive pressure…
Spain’s leading telecommunications group, Telefónica, has announced the sale of a controlling stake in its fiber network in Colombia to a global investment company KKR. With the sale of this majority stake, the telecommunications company expects to reduce its debt by $169 million. As part of the agreement, KKR will hold 60% of the shares in the new Colombian fiber company, and Telefónica will retain the remaining 40% and contribute its existing fiber assets in the country. The new company will start operating with a fiber-to-the-home (FTTH) network, covering 1.2 million locations in 50 cities and municipalities and serving 380,000 customers by the end of the first quarter 2022. In three years, their goal is to reach 4.3 million sites in almost 90 cities. The deal between Telefónica and KKR values the new company at $500 million. This entity will be the first independent Colombian open access wholesale…
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…
Entegro, an Irish tech company which designs and deploys fiber and hybrid gigabit networks, has announced the opening of its new Fiber Network Design Centre of Excellence. Based in the Danville Business Park on the edge of Kilkenny City, Ireland, the company’s new facility is set to create 50 jobs over the next 18 months. Currently employing 100 people, Entegro said it has immediate vacancies for planning and design, fiber planning, GIS and other engineers. “We’ve nine different nationalities working on our 100-strong team here in Kilkenny, at our Dublin hub and in the UK,” said Fintan Shortall, Director of Business Development at Entegro. “From our headquarters in Kilkenny we’re building networks across Ireland, the UK and into the US. We’ve built a very strong team and together, we will significantly increase our turnover.” Jim Doyle, Managing Director at Entegro, underscored that the company is passionate about delivering network…
China Telecom (China Telecommunication Corporation) and HGC (formerly Hutchinson Global Communication) will be working together in building a carrier-to-carrier fiber optic connection on the Hong Kong-Zhuhai-Macau Bridge. HGC, founded in 1992 under British ruling, is the leader in fixed-line operators. It also has an extensive number of infrastructures outside of Hong Kong. It is also one of Hong Kong’s main Wi-Fi provider with 29,000 hotspots. It is now owned by I Square Capital, under Asia Cube Global’s infrastructure. On the other hand, China Telecom is the most important state-owned telecommunication company in China. It manages the third largest broadband network in the world. Their internet offers has 160 million subscribers, and the customers’ number of their mobile service is 260 million. This Bridge connects Zhuhai, up north Macau, Macau itself and Hong Kong. It is set to open for vehicles on July 1rst 2018. It will also be used for…
Orange Business has unveiled its new Defense & Security Division, affirming its dedication to sovereignty in defense and homeland security. This aligns with its “Lead the Future” strategy, targeting strategic verticals with sovereignty implications.
Rakuten Symphony and AT&T have strengthened their collaboration to boost Open RAN technology adoption in the US. By implementing Rakuten’s site management platform, AT&T aims to modernize its network infrastructure, streamlining mobile and fiber operations.
Inseego and T-Mobile have partnered to launch the FX4100, an advanced indoor 5G gateway for businesses. Featuring 5G Standard Access, uplink carrier aggregation, and network slicing, it enables enterprises to adopt wireless as their primary connectivity. The FX4100 offers easy management, broad coverage, and supports demanding applications.
The AAE 2 subsea cable project, led by PCCW Global, Sparkle, Telecom Egypt, and ZOI, aims to connect Hong Kong, Singapore, and Italy through a mix of terrestrial and underwater routes. Designed to boost global data capacity, it offers strategic expansion potential and reflects the growing international push to enhance telecommunications infrastructure and digital connectivity.
Colt Technology Services, Honeywell, and Nokia are partnering to develop quantum-safe satellite networking. By using quantum key distribution from low earth orbit, they aim to secure global data transmission against quantum computing threats, overcoming the distance limits of fiber optics.