I-ME-WE
Active12,091 km submarine cable system, ready for service 2010 }}.
Key facts
- Status
- Active
- Ready for service
- 2010 }}
- Length
- 12,091 km
- Design capacity
- 5.6 Tbit/s
- Owner
- Consortium
Overview
I-ME-WE — shorthand for India–Middle East–Western Europe — is a submarine cable system spanning 12,091 kilometres between South Asia and Southern Europe. Ready for service in 2010, it connects a corridor that carries some of the heaviest voice and data traffic on the planet, threading through the Indian Ocean, the Red Sea, the Suez Canal approach and into the Mediterranean.
Route and Countries Served
The system serves Egypt, France, India, Italy, Lebanon, Pakistan and Saudi Arabia. That sequence traces the traditional route linking the Indian subcontinent to Europe via the Arabian Peninsula and the Suez chokepoint — the same geography that shaped telegraph cables in the nineteenth century and remains central to intercontinental connectivity today. Touching both Pakistan and India, I-ME-WE provides capacity into two of the world's most populous nations from a single system, while its Mediterranean landings in France and Italy position it to feed traffic deeper into European networks.
Capacity and Design
The cable carries a design capacity of 5.6 Tbit/s. For a system commissioned in 2010, that represented a meaningful allocation of bandwidth across the route, though the corridor it serves has seen substantial additional capacity added by later systems over the years since.
Ownership and Construction
I-ME-WE is owned by a consortium of carriers and operators — a standard model for systems crossing multiple national jurisdictions and requiring shared investment across the route. The identity of the builder is not documented in available records.
Regional Significance
The India–Middle East–Europe corridor is one of the most strategically significant in global cable geography, carrying data between major financial centres, large consumer internet markets and critical transit hubs. I-ME-WE sits alongside several other systems on this route, forming part of a layered infrastructure that gives operators and carriers redundancy options across the region.