Huawei Marine will partner with Tele Greenland for the deployment of a 100G network along the Greenlandic West Coast as well as a capacity upgrade of the existing Greenland Connect which connects Greenland with Iceland/Europe and North America. When completed, the new system will create a record - the world’s most northern 100G submarine network.
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Korea’s SK Telecom has selected a Coriant submarine solution to extend 100G connectivity to Ulleungdo Island. The Coriant solution, based on the industry-leading Coriant® hiT 7300 Multi-Haul Transport Platform and Coriant® Transport Network Management System (TNMS), will enable SK Telecom to enhance delivery of mobile broadband services on Ulleungdo Island, which lies off the east coast of Korea.
The SEA-ME-WE 5 Consortium announced the completion of the 20,000-kilometer subsea cable infrastructure developed by a 16-nation consortium. This submarine cable system won the Project of the Year – Subsea award at the Global Carrier Awards in Paris in November 2016 for its technological and managerial excellence.
Ooredoo Maldives and Huawei Marine have announced the inauguration of Ooredoo’s Nationwide Submarine Cable, an important investment by Ooredoo Maldives to strengthen its networks, as part of its commitment to power a Digital Maldives. Azleen Ahmed, Home Minister of Maldives, Wang Fukang, Chinese Ambassador to Maldives and more than 200 guests attended the event.
Constructing a telecommunications cable between Europe and Asia via the North-East Passage would be politically and technologically feasible, says a report presented to Finland's Minister of Transport and Communications Anne Berner by Paavo Lipponen and Reijo Svento. If the project was carried out, the cable would significantly speed up telecommunications between Europe and Asia and respond to the increasing capacity needs. It would also benefit the national economies in Europe, Russia and Asia.
VBMS recently executed the first export cable shore landing for the Galloper Offshore Wind Farm utilizing its newly invented method for lowering the cable onto the seabed without the use of divers, wet riggers or support vessels. By using a remotely controlled progressive buoyancy release system, VBMS is able to increase safety and efficiency by eliminating time-consuming interfaces.