Point d'atterrissage · EE Estonia
| Câble | Statut |
|---|---|
| Baltic Sea Submarine Cable | Actif |
| E-FINEST | Actif |
| Finland Estonia Connection 1 (FEC-1) | Actif |
| Finland Estonia Connection 2 (FEC-2) | Actif |
| Finland-Estonia 2 (EESF-2) | Actif |
| Mjolner East | Planifié |
| Sweden-Estonia (EE-S 1) | Actif |
Mesures RTT vers ce point du 2026-04-10 au 2026-05-14 - RTT ICMP en direct via les sondes RIPE Atlas. Recalculé quotidiennement. ✓ Aucune anomalie détectée sur la période.
| Sonde | Emplacement | Mesures | Moy. |
|---|---|---|---|
| #1014473 sonde propre | Minsk BY | 2 | 40.2 ms |
| #1014589 sonde propre | Almaty KZ | 2 | 75.7 ms |
| #1014597 sonde propre | Tbilisi GE | 2 | 80.8 ms |
| #1014969 sonde propre | Jerusalem IL | 2 | 91.7 ms |
| #1015523 sonde propre | Moscow RU | 2 | 21.1 ms |
| #40 | RIPE Atlas | 1 | 12.3 ms |
| #1015563 sonde propre | Saint Petersburg RU | 1 | 20.6 ms |
Tallinn, Estonia is one of the most connected submarine cable landing points in Estonia. 7 international cable systems come ashore here, and together they reach 2 other countries.
Tallinn is the capital and most populous city of Estonia. Its 7 systems give Tallinn direct international reach to Finland and Sweden and beyond (2 countries in all), the role that justified building international cable here rather than routing through an inland neighbour.
The roster spans 35 years of build-out, from Finland-Estonia 2 (EESF-2) (1992) to Mjolner East (2027). Documented capacity and vintage vary across the roster: Baltic Sea Submarine Cable (1,042 km and in service since 2000), E-FINEST (in service since 2019), Finland-Estonia 2 (EESF-2) (98 km and in service since 1992), Finland Estonia Connection 1 (FEC-1) (in service since 2000), Finland Estonia Connection 2 (FEC-2) (in service since 2000), Mjolner East (450 km and in service since 2027) and Sweden-Estonia (EE-S 1) (240 km and in service since 1995). Facts for every system are on its own cable page.
With 7 independent systems, Estonia has real redundancy through this point: no single cable cut isolates it from the destinations they share. Because these systems share the same short stretch of coast and shore infrastructure, a localized event at the landing zone can reach far more capacity than the cable count alone suggests. GeoCables tracks each of these systems individually for exactly this reason.
GeoCables watches these systems continuously rather than describing them once. Since 2026-03-10 we have logged 122 route anomalies across 68 cable systems worldwide. Two have touched this location's own cables: a 127% round-trip latency spike on Baltic Sea Submarine Cable (2026-05-15, recovered by 2026-05-15) and a 171% round-trip latency spike on Sweden-Estonia (EE-S 1) (2026-05-12, recovered by 2026-05-12). These were latency events on the systems' wider routes, not outages at the landing itself, and they cleared on their own. This record grows as we detect more, which is the difference between a directory entry and a monitored asset.
From the GeoCables probe network, best-case round-trip time to Estonia endpoints runs about 39 ms from Minsk, about 81 ms from Tbilisi and about 30 ms from Moscow. These are paths into Estonia from our own vantage points, not a global average, and they shift as operators re-route.
The largest access networks in Estonia sit behind this coastal capacity: Telia Eesti AS (39.1% of users), Elisa Eesti AS (32.3% of users), OC NETWORKS LIMITED (3.2% of users) and AS INFONET (3.1% of users). See the full national picture for Estonia.
In short, Tallinn, Estonia carries international traffic for Estonia across 7 independent cable systems reaching 2 countries on 1 continent, and GeoCables monitors each of them in real time.
Visualisez le routage réel des câbles sous-marins depuis Tallinn, Estonia - avec nœuds, distances et latence
Ouvrir le calculateur →