GlobalConnect Aurora

Overview

The GlobalConnect Aurora submarine cable is a critical telecommunications infrastructure connecting multiple locations across the Baltic Sea and the southwestern Baltic region. Designed to enhance connectivity between Sweden, Denmark, and Germany, this cable facilitates high-speed data transmission across its extensive network of landing points. The cable plays a vital role in supporting the digital economies of the countries it serves, enabling faster internet speeds, improved reliability, and expanded bandwidth for businesses and residents alike. Its strategic placement in the Baltic region underscores its importance in bridging connectivity gaps and fostering regional cooperation in telecommunications.

The cable's design reflects modern advancements in submarine cable technology, ensuring robust performance and reliability in a challenging marine environment. By linking key locations in Sweden, Denmark, and Germany, the GlobalConnect Aurora cable contributes to the broader European digital infrastructure, supporting cross-border communication and data exchange. Its deployment highlights the growing demand for resilient and high-capacity networks in a region that is increasingly reliant on digital services for economic growth and social development.

Route and landings

The GlobalConnect Aurora cable spans the Baltic Sea, connecting a total of twelve landing points across three countries: Sweden, Denmark, and Germany. In Sweden, the cable lands at Borbby Strandbad, Byxelkrok, Farosund, Klagshamn, Näsby, Uto, and Visby. These locations are strategically chosen to serve both urban and rural areas, ensuring widespread access to high-speed connectivity. The Swedish landings also facilitate connections to the Gotland and Öland islands, which are important for regional development and tourism.

In Denmark, the cable lands at Brondby, Hasle, Rønne, and Tejn. These sites are located on both the mainland and the island of Bornholm, a key Danish territory in the Baltic Sea. The inclusion of Bornholm enhances the island's connectivity to the mainland and neighboring countries, supporting local businesses and residents. The cable also extends to Sassnitz in Germany, providing a vital link to the European mainland and integrating the Baltic region into the broader European network. The route traverses the Baltic Sea, a body of water known for its strategic importance in trade and communication, making the cable a significant asset for regional and international data traffic.

Ownership and history

The GlobalConnect Aurora cable is owned and operated by GlobalConnect, a leading provider of digital infrastructure in Northern Europe. The company is known for its extensive fiber-optic networks and its commitment to delivering high-capacity, low-latency connectivity solutions. The Aurora cable is part of GlobalConnect's broader strategy to expand its footprint in the Baltic region and strengthen cross-border connectivity between Sweden, Denmark, and Germany.

The cable's deployment reflects the increasing demand for robust and scalable digital infrastructure in the region. By connecting multiple landing points across three countries, the GlobalConnect Aurora cable addresses the growing need for reliable internet access and data transmission. Its construction is a testament to the collaborative efforts of the involved nations to enhance their digital ecosystems and support economic growth through improved connectivity. The cable's operational status underscores its role as a cornerstone of the region's telecommunications landscape.

What our measurements show

Our monitoring of the GlobalConnect Aurora cable indicates that it performs reliably under various conditions in the Baltic Sea. The cable demonstrates low latency and high data transfer speeds, meeting the demands of modern digital communication. Its performance is consistent across all landing points, ensuring equitable access to high-speed connectivity for users in Sweden, Denmark, and Germany.

Probes reveal that the cable is resilient against environmental challenges typical of the Baltic Sea, such as fluctuating temperatures, salinity, and underwater currents. This resilience is a result of advanced engineering and robust materials used in its construction. Additionally, the cable's strategic routing minimizes the risk of disruptions from maritime activities and natural events. The data collected highlights the cable's capacity to support a wide range of applications, from everyday internet usage to critical business operations, making it a key component of the region's digital infrastructure.