Landing Point · CA Canada
| Cable | Status |
|---|---|
| Connected Coast | Active |
RTT measurements to this landing point from 2026-05-13 through 2026-06-17 - live ICMP round-trip time via our monitoring probes. Recomputed daily. ✓ No anomalies detected in the monitored period.
| Probe | Location | Samples | Avg |
|---|---|---|---|
| #1014473 own probe | Minsk BY | 5 | 117.9 ms |
| #1014597 own probe | Tbilisi GE | 4 | 135.5 ms |
| #1014969 own probe | Jerusalem IL | 4 | 135.9 ms |
| #1015523 own probe | Moscow RU | 4 | 111.8 ms |
| #1014589 own probe | Almaty KZ | 3 | 174.4 ms |
| #1015313 own probe | Sevastopol UA | 2 | 154.5 ms |
| #6487 own probe | Singapore SG | 1 | 188.8 ms |
| #7062 own probe | Cape Town ZA | 1 | 213.0 ms |
| #1016031 own probe | Kyiv UA | 1 | 108.4 ms |
Campbell River is a city on the east coast of Vancouver Island, British Columbia, situated at the south end of Discovery Passage along the Inside Passage shipping route. As a submarine cable landing point, Campbell River hosts one submarine cable, Connected Coast, which connects communities within Canada. The cable's domestic focus reflects a pattern common to coastal British Columbia, where geographically dispersed communities separated by fjords, islands, and inlets rely on submarine fiber links to achieve connectivity across relatively short but otherwise difficult terrain.
Connected Coast, with a ready-for-service date of 2024, operates entirely within Canada, making Campbell River a node in a domestic intra-national submarine cable corridor rather than an international one. The surrounding region — including nearby communities on Quadra Island, the Discovery Islands, and the broader inland and coastal settlements of northern Vancouver Island — represents the kind of dispersed coastal geography that domestic submarine cables are specifically designed to serve.
Connected Coast (RFS 2024, draft) is the sole submarine cable landing at Campbell River. It is a domestic Canadian cable, with all endpoints located within Canada. Connected Coast is designed to extend connectivity to coastal and island communities along British Columbia's coastline, and Campbell River serves as one of its landing points within that network. No cable length or additional technical specifications are recorded for this cable in relation to the Campbell River landing.
Within Canada's submarine cable infrastructure — which spans 21 cables across 155 landing points — Campbell River hosts one cable, placing it among the landing points with a more limited cable count. It shares this single-cable status with Addenbroke Island, BC, also in British Columbia, while other Canadian landing points such as Vancouver, BC and Prince Rupert, BC each host two cables. Campbell River ranks in the top 97 percent of Canadian landing points by cable count, indicating that single-cable landings are the most common configuration across the country's extensive coastal network.
Campbell River functions as a single-cable terminus within a domestic Canadian submarine cable corridor. Its connection via Connected Coast links it to other Canadian communities along British Columbia's complex coastal geography, where submarine cables provide connectivity across waterways that are impractical to bridge through terrestrial means alone. The Inside Passage coastal context of Campbell River — surrounded by islands and inlets including the Discovery Islands and communities such as Sayward to the north — makes it a representative example of the kind of location that domestic submarine cables are built to reach.
As a single-cable landing point, Campbell River is a terminus rather than a hub, but its presence in the Connected Coast network extends that cable's reach into a section of Vancouver Island's eastern coast. In the broader Canadian submarine cable graph, landing points like Campbell River illustrate how domestic cables distribute connectivity across a country with an exceptionally long and geographically fragmented coastline.
View actual submarine cable routing from Campbell River, BC, Canada - with backbone nodes, distance calculations, and latency estimates
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