Netherlands
The Netherlands lands a dozen submarine cables along its North Sea coastline, anchoring one of Europe's most strategically positioned digital crossroads between transatlantic routes and the continent's terrestrial backbone.
Connectivity at a glance
- Cable systems
- 11active
- Landing points
- 3
- Resilience score
- 100
Cable systems serving Netherlands
| Cable | Status | Ready for service | Length | Design capacity |
|---|---|---|---|---|
| ULYSSES | active | 1997 }} | — | — |
| AC-1 | active | }} | 14,000 km | 40 Gbit/s |
| ARCOS-1 | active | — | — | — |
| EC-1 | active | — | — | — |
| FARLAND | active | — | — | — |
| HERMES-2 | active | — | — | — |
| ODIN | active | — | — | — |
| REMBRANDT-1 | active | — | — | — |
| TAT-14 | active | — | 15,428 km | 9.38 Tbit/s |
| UK-Netherlands 14 | active | — | — | — |
| VSNL Northern Europe | active | — | — | — |
| Pangea North and Pangea South | retired | 2001 }} | 937 km | 7.2 Tbit/s |
| REMBRANDT-2 | retired | — | — | — |
Landing points
- Beverwijk, NetherlandsBeverwijk
- Netherlands Beverwijk (KPN Telecom Cable Stn.) }}Netherlands Beverwijk (KPN Telecom Cable Stn.) }}
- Netherlands Katwijk, NetherlandsNetherlands Katwijk
A North Sea gateway
The Netherlands occupies a pivotal position in the architecture of European submarine connectivity. Sitting at the southeastern corner of the North Sea, its coastline provides a natural landfall for cables bridging the North Atlantic to continental European networks. The landing points at Beverwijk and Katwijk serve as the physical entry points for a collection of cables spanning multiple generations of submarine technology, from systems commissioned in the late 1990s through to infrastructure still carrying traffic.
The cable mix
Twelve cables are documented serving the Netherlands, of which ten carry active status. The transatlantic systems are the most prominent: AC-1 stretches approximately 14,000 kilometres and TAT-14 runs to around 15,428 kilometres, both reflecting the scale of investment required to bridge Europe and North America reliably. ULYSSES, ready for service in 1997, represents an earlier generation of capacity that has nonetheless remained in active use.
Regional connectivity is provided by EC-1, FARLAND, HERMES-2, ODIN, REMBRANDT-1 and VSNL Northern Europe, each serving distinct routing purposes within the European network fabric. ARCOS-1 extends the Netherlands' reach beyond the immediate North Atlantic corridor. The presence of multiple systems across different ownership structures and route geometries is the practical foundation of resilience — no single cable fault isolates the country's international connectivity.
Two systems have been retired: Pangea North and Pangea South, a combined system with a total length of 937 kilometres that entered service in 2001, and REMBRANDT-2. Their retirement is a routine feature of submarine cable lifecycles as newer, higher-capacity systems absorb traffic.
Geography and resilience
Beverwijk, north of Amsterdam, has historically functioned as the primary cable landing hub, hosting the KPN Telecom cable station that has served successive generations of systems. Katwijk, further south along the coast, provides geographic separation between landing points — an important consideration given that co-located landings create shared physical vulnerability.
The diversity of active cables, spanning both transatlantic and intra-European routes, means the Netherlands is not exposed to single-cable dependency for any major traffic corridor. The combination of long-haul transatlantic systems and shorter regional links also reflects the country's role not merely as a consumer of international bandwidth but as a transit hub for traffic moving deeper into continental Europe.
Amsterdam's position as home to one of the world's largest internet exchange points gives the onward terrestrial network particular significance — submarine cable capacity landing in the Netherlands feeds directly into one of the densest peering environments on the planet.