Home
Explore Cables Locations Map ISP status Shutdowns
Live Live Map Health Latency Deployments by year Pulse Big screen 🖥
Learn Research Guide Methodology
← All articles
Chokepoint

Ras Gharib: Strategic Submarine Cable Hub

Ras Ghareb
Ras Ghareb · Photo: Wikipedia
📈 Live RTT from our measurements · last 30 days
Daily average per cable, in ms; red dots mark days with detected anomalies.
5010015020025030035018.0825.0801.0908.0915.09Asia Africa Europe-1 (AAE-1) · 18.08 · 206 msAsia Africa Europe-1 (AAE-1) · 19.08 · 216 msAsia Africa Europe-1 (AAE-1) · 20.08 · 212 msAsia Africa Europe-1 (AAE-1) · 21.08 · 210 msAsia Africa Europe-1 (AAE-1) · 24.08 · 205 msAsia Africa Europe-1 (AAE-1) · 27.08 · 205 msAsia Africa Europe-1 (AAE-1) · 28.08 · 210 msAsia Africa Europe-1 (AAE-1) · 29.08 · 225 msAsia Africa Europe-1 (AAE-1) · 03.09 · 314 msAsia Africa Europe-1 (AAE-1) · 05.09 · 284 msAsia Africa Europe-1 (AAE-1) · 06.09 · 119 msAsia Africa Europe-1 (AAE-1) · 07.09 · 261 msAsia Africa Europe-1 (AAE-1) · 10.09 · 309 msAsia Africa Europe-1 (AAE-1) · 11.09 · 315 msAsia Africa Europe-1 (AAE-1) · 12.09 · 313 msAsia Africa Europe-1 (AAE-1) · 13.09 · 298 msAsia Africa Europe-1 (AAE-1) · 14.09 · 302 msAsia Africa Europe-1 (AAE-1) · 16.09 · 296 ms2Africa · 18.08 · 224 ms2Africa · 19.08 · 222 ms2Africa · 20.08 · 226 ms2Africa · 21.08 · 223 ms2Africa · 22.08 · 223 ms2Africa · 23.08 · 227 ms2Africa · 24.08 · 215 ms2Africa · 25.08 · 225 ms2Africa · 26.08 · 222 ms2Africa · 27.08 · 218 ms2Africa · 29.08 · 223 ms2Africa · 30.08 · 224 ms2Africa · 31.08 · 225 ms2Africa · 01.09 · 216 ms2Africa · 02.09 · 226 ms2Africa · 03.09 · 226 ms2Africa · 04.09 · 229 ms2Africa · 05.09 · 231 ms2Africa · 06.09 · 227 ms2Africa · 07.09 · 231 ms2Africa · 08.09 · 230 ms2Africa · 09.09 · 237 ms2Africa · 10.09 · 229 ms2Africa · 11.09 · 229 ms2Africa · 12.09 · 230 ms2Africa · 13.09 · 220 ms2Africa · 14.09 · 237 ms2Africa · 15.09 · 229 ms2Africa · 16.09 · 218 msFALCON · 18.08 · 225 msFALCON · 19.08 · 108 msFALCON · 20.08 · 114 msFALCON · 21.08 · 162 msFALCON · 22.08 · 103 msFALCON · 23.08 · 99 msFALCON · 24.08 · 166 msFALCON · 25.08 · 100 msFALCON · 26.08 · 104 msFALCON · 27.08 · 112 msFALCON · 28.08 · 110 msFALCON · 29.08 · 104 msFALCON · 30.08 · 211 msFALCON · 31.08 · 95 msFALCON · 01.09 · 104 msFALCON · 02.09 · 128 msFALCON · 03.09 · 214 msFALCON · 04.09 · 99 msFALCON · 05.09 · 102 msFALCON · 06.09 · 111 msFALCON · 07.09 · 221 msFALCON · 08.09 · 164 msFALCON · 09.09 · 111 msFALCON · 10.09 · 263 msFALCON · 11.09 · 177 msFALCON · 12.09 · 219 msFALCON · 13.09 · 162 msFALCON · 14.09 · 129 msFALCON · 15.09 · 110 msFALCON · 16.09 · 238 msSeaMeWe-5 · 29.08 · 258 msSeaMeWe-5 · 30.08 · 256 msSeaMeWe-5 · 03.09 · 218 msSeaMeWe-5 · 04.09 · 256 msSeaMeWe-5 · 05.09 · 114 msSeaMeWe-5 · 06.09 · 116 msSeaMeWe-5 · 07.09 · 113 msSeaMeWe-5 · 09.09 · 185 msSeaMeWe-5 · 10.09 · 174 msSeaMeWe-5 · 11.09 · 167 msSeaMeWe-5 · 12.09 · 161 msSeaMeWe-5 · 13.09 · 175 msSeaMeWe-5 · 14.09 · 196 msSeaMeWe-5 · 16.09 · 220 ms

Where is the Ras Gharib chokepoint located?

Ras Gharib is a narrow area on the Egyptian coast, situated at 28.5° north latitude and 33° east longitude, near the Gulf of Suez. This region is strategically important for submarine cable infrastructure, as numerous major routes connecting Europe, Africa and Asia pass through it. The reason for such a concentration is simple: the geography of the Suez Canal makes it a natural bridge between the Mediterranean and Red Seas, which is convenient for laying cables. Additionally, there is already a well-developed infrastructure here for their maintenance.

What passes through it?

Seventeen submarine cables pass through the Ras Gharib chokepoint, including major routes such as:

  • 2Africa (45,000 km): one of the longest cables in the world, connecting Africa, Europe and Asia;
  • FLAG Europe-Asia (FEA, 28,000 km): a key connection between Europe and Asia;
  • Asia Africa Europe-1 (AAE-1, 25,000 km): a route linking 19 countries;
  • PEACE Cable (25,000 km): a cable providing high-speed connectivity between Asia, Africa and Europe;
  • SeaMeWe-6 (21,700 km), SeaMeWe-5 (20,000 km) and SeaMeWe-4 (20,000 km): three generations of the "Southeast Asia-Middle East-Western Europe" systems;
  • Europe India Gateway (EIG, 15,000 km) and IMEWE (12,091 km): cables connecting Europe, the Middle East and India.

These cables play a key role in data transmission between regions, providing internet, telephone services and other telecommunications.

Which countries depend on this chokepoint?

A cable outage in the Ras Gharib area could impact numerous countries. Among them are Egypt, Italy, Saudi Arabia, South Africa, Oman, India, Yemen, Malaysia, the Maldives, Spain, the United Kingdom, China and Iran. These countries rely on the stable operation of these routes for international data exchange. Issues at this point could lead to significant delays in data transmission or complete loss of connectivity, especially for countries with limited alternative routes.

Risks to the Ras Gharib chokepoint

Despite its strategic importance, the Ras Gharib chokepoint is exposed to several risks:

  • Seismic activity: The region is located in an area of heightened tectonic activity, increasing the likelihood of cable damage due to underwater earthquakes.
  • Ship anchors: Heavy maritime traffic in the Gulf of Suez creates a risk of accidental cable damage from anchors.
  • Fishing: The use of bottom trawlers can lead to cable breaks.
  • Sabotage: Given its strategic importance, the chokepoint could become a target for deliberate attacks, especially in times of geopolitical instability.
  • Geopolitics: Tensions in the region could impact the security of cable infrastructure and complicate its maintenance.

Interestingly, anomalies in latency (RTT) were detected on one of the routes in this area over the past 30 days, which may indicate local issues or network congestion.

What does GeoCables monitor?

The GeoCables team closely monitors the condition of cables in the Ras Gharib area. We track:

  • The status of 17 routes, including key cables such as 2Africa, AAE-1 and FLAG Europe-Asia;
  • Data transmission delays (RTT) to identify potential issues;
  • Ship movements in the area to minimize the risk of anchor-related damage;
  • Seismic activity that could threaten cable integrity;
  • Events related to geopolitical situations that may affect the infrastructure.

Timely analysis and monitoring allow us to promptly identify risks and inform cable system operators about potential threats.

🗺 The zone on the live map
Open the full map →
⚓ Cables in this zone: live status
From our monitoring network; baseline is the cable's normal RTT.
CableLengthRFSRTT nowBaselineStatus
2Africa45,000 km2024363 ms363 msnominal
Asia Africa Europe-1 (AAE-1)25,000 km2017317 ms320 msnominal
SeaMeWe-520,000 km2016314 ms321 msnominal
FALCON10,300 km2006377 ms377 msnominal
SEACOM/Tata TGN-Eurasia15,000 km2009--nominal
India Europe Xpress (IEX)9,775 km2026121 ms-nominal
SeaMeWe-420,000 km2005-1209 msnominal
Africa-110,000 km2026--nominal
Evgeny Korolev
Written by
Evgeny Korolev
Infrastructure Engineer · Founder of GeoCables
Built GeoCables to monitor submarine cables in real time. Runs his own distributed network of measurement servers, including in regions poorly covered by public internet measurements.

🌐 Log In

Access your routes, favorites, and API key

Create account Forgot password?