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Longyearbyen, Svalbard, Norway

Landing Point · NO Norway

3 Connected Cables 78.2185°N 15.6488°E Norway
3
Connected Cables
NO
Country
78.22°
Latitude
15.65°
Longitude
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Connected Cables

Cable Length RFS Status
Arctic Way 2,568 km 2028 Planned
Longyearbyen-Ny-Ålesund 540 km 2015 Active
Svalbard Undersea Cable System 2,714 km 2004 Active

Live Performance

36
measurements
10
probes
134
days monitored
95.2
ms avg RTT
0
anomalies

RTT measurements to this landing point from 2026-04-18 through 2026-08-31 - live ICMP round-trip time via our monitoring probes. Recomputed daily. ✓ No anomalies detected in the monitored period.

Measurement sources

Probe Location Samples Avg Min-Max Last seen
own probe Minsk BY 7 52.7 ms 48.0-74.6 2026-08-31
own probe Moscow RU 6 35.3 ms 27.5-43.0 2026-08-31
#6427 own probe Sydney AU 4 270.4 ms 262.2-288.1 2026-08-31
#7062 own probe Cape Town ZA 4 187.4 ms 177.9-207.7 2026-08-31
own probe Almaty KZ 3 116.1 ms 114.3-118.0 2026-05-23
own probe Tbilisi GE 3 70.2 ms 67.0-76.4 2026-05-23
own probe Jerusalem IL 3 75.5 ms 73.2-79.2 2026-05-23
own probe Saint Petersburg RU 3 21.7 ms 21.1-22.5 2026-08-31
own probe Sevastopol UA 2 58.4 ms 57.8-59.0 2026-04-26
own probe Kyiv UA 1 48.4 ms 48.4-48.4 2026-06-13

About Longyearbyen, Svalbard, Norway

Longyearbyen, Svalbard, Norway
Photo: Wikimedia Commons ↗

Longyearbyen, Svalbard: Submarine Cable Landing Point

Longyearbyen is the capital and largest settlement of Svalbard, a Norwegian archipelago in the High Arctic located on the west coast of Spitsbergen island, along the shore of Adventfjorden. As the world's northernmost settlement of its size, Longyearbyen sits at one of the most geographically extreme submarine cable landing points on Earth. Three submarine cables land here, making it a notable node in Norway's Arctic cable infrastructure and connecting the archipelago to the Norwegian mainland via dedicated undersea links.

All three cables landing at Longyearbyen connect within Norway, forming an intra-national corridor that links Svalbard to the Norwegian mainland. The cables include the Svalbard Undersea Cable System, the Arctic Way, and the shorter Longyearbyen-Ny-Ålesund system, which connects Longyearbyen to the research settlement of Ny-Ålesund further north on Svalbard itself. Together, these systems reflect the distinct role Longyearbyen plays as a gateway for high-latitude connectivity within Norwegian territory.

Cables Landing at Longyearbyen, Svalbard

The Svalbard Undersea Cable System spans 2,714 km and entered service in 2004. It connects Longyearbyen to the Norwegian mainland, forming one of the primary links between Svalbard and continental Norway. This cable was among the first to bring dedicated undersea connectivity to the archipelago.

The Arctic Way is a 2,568 km cable with a planned ready-for-service date of 2028. Like the Svalbard Undersea Cable System, it connects Longyearbyen to Norway, and its completion will add a further intra-Norwegian undersea route serving the High Arctic region.

The Longyearbyen-Ny-Ålesund cable is a shorter system of 540 km that entered service in 2015. It connects Longyearbyen to Ny-Ålesund, another settlement on Svalbard, making it an inter-settlement cable entirely within the archipelago rather than a link to the mainland. This cable provides dedicated undersea connectivity between two of Svalbard's populated and research-active locations.

Regional Context

Within Norway's submarine cable landscape, Longyearbyen ranks among the more connected landing points, hosting 3 cables and placing it in the top 95% of Norway's 43 landing points by cable count. It sits below larger Norwegian hubs such as Kristiansand, which hosts 7 cables, and Stavanger and Bergen, which host 4 and 3 cables respectively. However, Longyearbyen's significance is shaped less by cable volume and more by its unique Arctic geography, which distinguishes its connectivity profile from mainland Norwegian landing points such as Bodø, Kårstø, and Larvik.

Network Role

Longyearbyen functions as a multi-cable landing point serving exclusively intra-Norwegian routes, linking Svalbard to the Norwegian mainland and connecting settlements within the archipelago itself. With two long-distance cables to the mainland - one operational since 2004 and one due in 2028 - and one inter-settlement cable running to Ny-Ålesund since 2015, the landing point supports both external and internal connectivity for Svalbard's populated areas. The combination of these three systems means Longyearbyen is served by redundant and complementary undersea links within the same national framework.

Longyearbyen's position in the regional submarine cable graph is defined by its role as the primary Arctic entry point for Norwegian domestic undersea routes, anchoring Svalbard's connection to the mainland while also serving as the hub for the archipelago's own internal cable link.

What next: Longyearbyen, Svalbard, Norway in the global directory of cable landing points; see surrounding routes on the interactive submarine cable map or follow live network monitoring.

Other Landing Points in Norway

FAQ

Which submarine cables land at Longyearbyen, Svalbard?
Three submarine cable systems land at Longyearbyen: the Svalbard Undersea Cable System, Arctic Way, and a connection to Ny-Ålesund.
When was the first cable laid in Longyearbyen?
The Svalbard Undersea Cable System, one of the cables that landed at Longyearbyen, began operations in 2016.
Which oceans does this landing point connect to?
Longyearbyen connects the Atlantic Ocean and the Arctic Ocean, bridging the European continent with regions north of Norway.
Why is Longyearbyen chosen as a submarine cable landing point?
The location is chosen due to its strategic position in the North Atlantic, providing a stable environment for cables and reducing the risk of ice damage during winter months.
What is the current RTT (Round Trip Time) from Longyearbyen?
As per recent RIPE Atlas measurements, the Round Trip Time (RTT) to Longyearbyen can vary but typically ranges between 40-50 milliseconds.

Landing Point

  • CountryNO Norway
  • Coordinates78.2185°N 15.6488°E
  • Connected Cables3

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