Syria and Cyprus are advancing Eastern Mediterranean connectivity with UGARIT 2, a 240 km subsea cable boosting international telecom, VoIP, cloud, and enterprise data services. With scalable capacity up to 370 Tbps, the route promises lower latency, stronger network resilience, and digital gateway opportunities between Europe, the Gulf, and Asia.
Ciena and Meta’s collaboration marks a milestone in subsea telecommunications, successfully transmitting 800 Gb/s over 16,608 km without needing signal regeneration. Utilizing Ciena’s advanced WaveLogic 6 Extreme technology on Meta’s Bifrost cable, this breakthrough highlights advancements in long-distance VoIP data transmission, essential for evolving AI and cloud-scale networks.
Telxius and Ciena have achieved a major milestone with the first live 1.3 terabit per second transmission across the Atlantic. Using advanced technology, they improved efficiency and bandwidth over 6,600 kilometers, paving the way for faster, more sustainable global connectivity to meet rising demands for AI, video, and cloud.
EXA Infrastructure teams with IOEMA to enhance Northern Europe’s connectivity landscape. With a new submarine cable landing in Leiston, UK, IOEMA’s 1,600-kilometer project links key European markets like the UK, Netherlands, and Germany.
Airtel has achieved a milestone by landing the SEA-ME-WE 6 cable in Chennai, enhancing global connectivity. This expansion brings increased network capacity, reinforcing Airtel’s place in telecoms.
China Telecom announced the early completion of the 10,000-km Asia Direct Cable (ADC), the first new submarine link in the Asia-Pacific in over eight years. Developed by a consortium, ADC delivers over 160 Tbps capacity, easing congestion and enhancing cloud and data services.
Ooredoo, in partnership with Alcatel Submarine Networks, has launched the GCC’s largest submarine cable, connecting seven Middle Eastern countries. With up to 720Tbps capacity and 24 fiber pairs, this high-speed infrastructure enhances regional connectivity, supports AI and telecom growth.
The backbone of the internet relies heavily on submarine cables, responsible for around 99% of global data transmission. As the threats to these pivotal cables mount, the UK’s Joint Committee on the National Security Strategy has initiated an enquiry.
Chinese engineers have developed technology to sever undersea communication cables, sparking concerns over potential sabotage. Patents for devices intended to cut cables, including one by Lishui University, suggest a cost-effective method for disruption.
The ITU and ICPC have united to create an advisory body focused on boosting submarine cable resilience. This critical initiative addresses vulnerabilities of cables that manage 99% of global data transfers, facing threats like damage and sabotage.
