Landing Point · US United States
| Cable | Status |
|---|---|
| Curie | Active |
| Pacific Light Cable Network (PLCN) | Active |
El Segundo, CA, United States is a submarine cable landing point in United States (coordinates 33.9199°, -118.4160°). It serves 2 submarine cable systems, making it a multi-cable landing site in United States's international connectivity infrastructure.
El Segundo is a city in Los Angeles County, California, United States. Located on Santa Monica Bay, it was incorporated on January 18, 1917, and is part of the South Bay Cities Council of Governments. The population was 17,272 as of the 2020 census, a 3.7% increase from 16,654 in the 2010 census. A significant center of the oil and aerospace industries in Southern California, roughly three quarters of the city's land is dedicated exclusively to industrial and commercial uses, including a Chevron oil refinery which takes up more than a quarter of the city. Wikipedia
| Cable | RFS | Length | Owners |
|---|---|---|---|
| Pacific Light Cable Network (PLCN) | 2022 | 11,806 km | Google, Meta |
| Curie | 2020 | 10,476 km |
Cables landing at El Segundo, CA, United States are operated by 2 distinct consortium partners and carriers, including Google, Meta. Each cable is typically jointly owned by a consortium of tier-one carriers and hyperscale operators who share construction costs and capacity; the operator mix reflects both regional incumbents and global players with interest in the routes served by this landing point.
From El Segundo, CA, United States, international traffic can reach 4 countries through 2 cable systems. Destinations include Chile, Panama, Philippines, Taiwan.
No monitoring incidents were recorded on cables serving El Segundo, CA, United States in the past 90 days — all connected systems remained within normal latency thresholds. Our monitoring network continuously samples latency from external probes to targets reachable via these cables.
View actual submarine cable routing from El Segundo, CA, United States — with backbone nodes, distance calculations, and latency estimates
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