EllaLink and Telxius Team Up on Latin America – Europe Connection
The EllaLink Group and Telxius, the telecommunication infrastructure company of the Telefónica Group, have signed a collaboration agreement for international subsea capacity and terrestrial connectivity in Latin America, including cable landing facilities in Fortaleza, Brazil.
The complementary infrastructure owned by EllaLink and Telxius will enable European traffic to reach Rio de Janeiro, São Paulo and other key cities in Brazil and across Latin America.
Already under construction, EllaLink is an open state-of-the-art 4 fiber pair submarine cable system designed to satisfy the growing demand for traffic between Europe and Latin America.
The system will offer the first ever direct fiber route between the two regions, thus avoiding the traffic congestion of the North Atlantic and offering the absolute lowest latency when compared to existing routes.
Rafael Arranz, COO of Telxius for its Cable Business, said: “We are proud to closely work with EllaLink on this project, which will further advance communications between Europe and Latin America. This collaboration will leverage on the extensive Telxius’ subsea cable network and its terrestrial extensions across Latin America. In particular, Telxius’ Fortaleza cable landing station interconnects subsea cables stretching towards three continents: America (Central and North), Africa and Europe (with EllaLink). Telxius’ BRUSA, with its 138 Tbps, is currently the highest capacity and lowest latency subsea cable connecting the Americas, potentially extending EllaLink’s reach and ability to serve their customers even further.”
Diego Matas, COO of EllaLink, added: “I am delighted to announce our collaboration with Telxius which supports EllaLink’s primary objective of providing advanced products and services on a carrier neutral and open access basis. The Telxius facility in Fortaleza provides the ideal landing solution for a next generation subsea system like EllaLink, while strengthening Telxius’ transatlantic route diversity.”