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Chokepoint

Sharm El-Sheikh: A Crucial Hub for Global Undersea Cables

Sharm el-Sheikh
Sharm el-Sheikh · Photo: Wikipedia
Live RTT from our measurements · last 30 days
Daily average per cable, in ms; red dots mark days with detected anomalies.
10015020025030035040013.0920.0927.0904.1011.10Asia 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 msAsia Africa Europe-1 (AAE-1) · 17.09 · 298 msAsia Africa Europe-1 (AAE-1) · 18.09 · 298 msAsia Africa Europe-1 (AAE-1) · 19.09 · 296 msAsia Africa Europe-1 (AAE-1) · 28.09 · 315 msAsia Africa Europe-1 (AAE-1) · 07.10 · 253 msAsia Africa Europe-1 (AAE-1) · 08.10 · 253 msAsia Africa Europe-1 (AAE-1) · 09.10 · 251 msAsia Africa Europe-1 (AAE-1) · 10.10 · 254 msAsia Africa Europe-1 (AAE-1) · 11.10 · 252 ms2Africa · 13.09 · 220 ms2Africa · 14.09 · 237 ms2Africa · 15.09 · 229 ms2Africa · 16.09 · 220 ms2Africa · 17.09 · 230 ms2Africa · 18.09 · 229 ms2Africa · 19.09 · 241 ms2Africa · 20.09 · 227 ms2Africa · 21.09 · 229 ms2Africa · 22.09 · 239 ms2Africa · 23.09 · 223 ms2Africa · 24.09 · 219 ms2Africa · 25.09 · 215 ms2Africa · 26.09 · 206 ms2Africa · 27.09 · 233 ms2Africa · 28.09 · 212 ms2Africa · 29.09 · 209 ms2Africa · 30.09 · 222 ms2Africa · 01.10 · 229 ms2Africa · 02.10 · 218 ms2Africa · 03.10 · 156 ms2Africa · 04.10 · 227 ms2Africa · 05.10 · 228 ms2Africa · 06.10 · 166 ms2Africa · 07.10 · 216 ms2Africa · 08.10 · 216 ms2Africa · 09.10 · 226 ms2Africa · 10.10 · 226 ms2Africa · 11.10 · 225 ms2Africa · 12.10 · 211 msAfrica-1 · 15.09 · 193 msAfrica-1 · 17.09 · 146 msAfrica-1 · 20.09 · 146 msAfrica-1 · 21.09 · 219 msAfrica-1 · 22.09 · 219 msAfrica-1 · 23.09 · 145 msAfrica-1 · 24.09 · 220 msAfrica-1 · 25.09 · 222 msAfrica-1 · 26.09 · 210 msAfrica-1 · 27.09 · 229 msAfrica-1 · 28.09 · 221 msAfrica-1 · 29.09 · 144 msAfrica-1 · 01.10 · 144 msAfrica-1 · 02.10 · 144 msAfrica-1 · 03.10 · 144 msAfrica-1 · 04.10 · 144 msAfrica-1 · 05.10 · 145 msAfrica-1 · 06.10 · 144 msAfrica-1 · 07.10 · 158 msAfrica-1 · 08.10 · 139 msAfrica-1 · 09.10 · 141 msAfrica-1 · 10.10 · 140 msAfrica-1 · 11.10 · 141 msSEACOM/Tata TGN-Eurasia · 15.09 · 256 msSEACOM/Tata TGN-Eurasia · 17.09 · 239 msSEACOM/Tata TGN-Eurasia · 18.09 · 255 msSEACOM/Tata TGN-Eurasia · 19.09 · 239 msSEACOM/Tata TGN-Eurasia · 20.09 · 253 msSEACOM/Tata TGN-Eurasia · 21.09 · 300 msSEACOM/Tata TGN-Eurasia · 24.09 · 253 msSEACOM/Tata TGN-Eurasia · 25.09 · 246 msSEACOM/Tata TGN-Eurasia · 26.09 · 263 msSEACOM/Tata TGN-Eurasia · 27.09 · 250 msSEACOM/Tata TGN-Eurasia · 28.09 · 244 msSEACOM/Tata TGN-Eurasia · 29.09 · 293 msSEACOM/Tata TGN-Eurasia · 30.09 · 291 msSEACOM/Tata TGN-Eurasia · 01.10 · 302 msSEACOM/Tata TGN-Eurasia · 02.10 · 307 msSEACOM/Tata TGN-Eurasia · 05.10 · 355 msSEACOM/Tata TGN-Eurasia · 06.10 · 294 msSEACOM/Tata TGN-Eurasia · 07.10 · 177 msSEACOM/Tata TGN-Eurasia · 08.10 · 174 msSEACOM/Tata TGN-Eurasia · 09.10 · 238 msSEACOM/Tata TGN-Eurasia · 10.10 · 305 msSEACOM/Tata TGN-Eurasia · 11.10 · 247 ms

Geography: Sharm El Sheikh as a Bottleneck

Sharm El Sheikh, located at the southern tip of the Sinai Peninsula, is one of the key hubs of submarine cable infrastructure. The geographical position of this region makes it a natural "gateway" between the Mediterranean Sea and the Red Sea. Cables pass through this area, connecting Europe, Africa and Asia, due to the minimal distances and historically established communication routes.

Eighteen submarine cables converge at this location, making it a critical point in the global network. The straits and shallow waters near Sharm El Sheikh contribute to the concentration of cables but also pose potential risks to their integrity.

What Passes Through Sharm El Sheikh

Main trunk cables that provide intercontinental connectivity pass through this point:

  • 2Africa (45,000 km): One of the longest cables in the world, connecting Europe, Africa and Asia.
  • FLAG Europe-Asia (28,000 km): A major route between Europe and Asia.
  • Asia Africa Europe-1 (25,000 km): An important cable linking three continents.
  • PEACE Cable (25,000 km): A new cable enhancing data access in Africa and Asia.
  • SeaMeWe-6, SeaMeWe-5, SeaMeWe-4: The South-East Asia-Middle East-Western Europe series of cables, ranging from 21,700 to 20,000 km in length.
  • Europe India Gateway (15,000 km) and others, including IMEWE, FALCON and Africa-1.

These cables support not only internet traffic but also data transmission for financial services, cloud systems and international trade.

Who Depends on This Hub

A cable break in the Sharm El Sheikh area could significantly impact numerous countries, including:

  • European countries: Italy, Spain, the United Kingdom;
  • Middle East: Egypt, Saudi Arabia, Oman, Iran, UAE, Yemen;
  • Asian countries: India, Malaysia, China, Maldives;
  • Africa: South Africa.

These regions rely on the stable operation of cables for internet connectivity, financial transactions and cloud services. Even temporary slowdowns or complete outages could lead to significant economic and social consequences.

Risks in the Sharm El Sheikh Zone

Like any major cable hub, Sharm El Sheikh is exposed to a variety of risks:

  • Seismic Activity: The Red Sea region lies in a tectonically active zone, which could lead to cable damage from underwater landslides or earthquakes.
  • Ship Anchors: Heavy maritime traffic in this area increases the risk of accidental cable damage from anchors.
  • Fishing Activity: Deep-sea fishing using trawling nets can damage cables.
  • Sabotage: Geopolitical instability in the region makes cables vulnerable to deliberate attacks.
  • Communication Anomalies: Over the past 30 days, three round-trip time (RTT) anomalies have been recorded in this area, potentially indicating localized issues.

These factors necessitate constant monitoring and preventive measures to minimize the likelihood of disruptions.

What GeoCables Monitors

GeoCables actively monitors the situation in the Sharm El Sheikh area. Our focus includes:

  • The status of the 18 cables passing through this hub, including 2Africa, FLAG Europe-Asia, AAE-1 and others.
  • Round-trip time (RTT) for each cable to detect potential deviations.
  • Vessel movements near cables to prevent possible damage.
  • Geographic and seismic data to forecast potential threats.

These measures help reduce risks and ensure the stability of the global cable infrastructure. However, the concentration of cables in one location remains a vulnerability that requires heightened attention.

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 km2024156 ms160 msnominal
SEACOM/Tata TGN-Eurasia15,000 km2009449 ms453 msnominal
Asia Africa Europe-1 (AAE-1)25,000 km2017253 ms252 msnominal
Africa-110,000 km2026140 ms141 msnominal
PEACE Cable25,000 km2022161 ms155 msnominal
FALCON10,300 km2006223 ms222 msnominal
SeaMeWe-621,700 km2026154 ms155 msnominal
SeaMeWe-520,000 km2016186 ms163 msnominal
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.

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