THE NETWORK | Submarine Fiber Optics

TEAS
AN OPEN-ACCESS SYSTEM

Customers select the lighting vendors and local carriers of their choice as well as control the configuration of fiber pairs end-to-end

TEAS - TRANS EUROPE ASIA SYSTEM

TEAS low latency diverse routing will change the global traffic patterns by delivering cutting-edge solutions strengthening connectivity between India, the Middle East and Europe.

TEAS is a trans-regional network that seamlessly links two new diverse connections across the Arabian Peninsula that are designed to support the future needs of key data centers, linking India, the Middle East and Europe.

1.

A pair of submarine cables Med West (MW) and Med East (ME) that run from European landing points ( Marseilles, France and Bari, Italy ) to the Eastern Mediterranean coast.

2.

Two terrestrial telecom networks continue across Jordan and Saudi Arabia, one on a northern route to Ras Al Khair and the other on a southern route to Aqaba.

3.

From Aqaba there will be a submarine cable India Middle East (IME) that continues out of the Gulf of Aqaba, into the Red Sea, landing in Thuwal, K.S.A., and around the Arab Peninsula to Oman, U.A.E. and Bahrain landing in Ras Al Khair, with two branches extending to Mumbai across the Indian Ocean, with an additional branch to Gwadar.

Our Unique Geographical Routes

DUAL ROUTES LINKING INDIA, EUROPE AND THE MIDDLE EAST

NORTH ROUTE - THE FASTEST ROUTE

SOUTH ROUTE - HIGHEST AVAILABILITY

OUR PROGRESS ON TEAS

All of our CABLE LANDING STATIONS (CLS) and LANDING PARTNERS have been established. Legal documentation is in final stages.

France, South Route - Brownfield CLS
Italy, North Route - Greenfield CLS
Med CLS (East & West), North & South Routes - Greenfield CLS
Jordan, North & South Routes - Brownfield CLS
KSA, North & South Routes - Greenfield CLS
Bahrain, North Route - Brownfield CLS
Qatar, North Route - Brownfield CLS
UAE, North Route - Brownfield CLS
Pakistan, North Route - Brownfield CLS
Oman, North & South Routes - Greenfield CLS
India, North & South Routes - Brownfield CLS

WHAT MAKES TEAS
UNIQUE?

GEOGRAPHICAL
ADVANTAGE

Our TEAS network provides two new diverse corridors that offer unique strategic locations that can enhance and accelerate the deployment of new large-scale data centers in the region by developing new Global Optical Network infrastructure. Our routes are diverse from all other cables crossing the region and diverse from Egypt. In addition, protection is also provided to the Strait of Hormuz with a terrestrial bypass.

SEAMLESS
NETWORK

Our TEAS network offers dual routes (North/South) across the Arabian Peninsula, an advanced optical network that will incorporate the most advanced fiber optic communications network, and security technologies with abilities to be highly scalable to adapt to the ever-expanding telecommunications demand.

STATE-OF-THE-ART
DESIGN

Our TEAS Network is built with today's most advanced optical network that incorporates cutting-edge fiber optic networks (no regeneration with end-to-end lighting), and security technologies with the ability to be highly scalable to adapt to the ever-expanding telecom demands. TEAS is built to support a Mesh Network.

LOWEST LATENCY
HIGH RESILIENCY

Lowest achievable latency India to Europe achieved on the North route, critical to data center operations. The South Route is the most reliable and diverse direct route to both Marseille France & Pescara Italy from KSA. Both the North and

South routes provide resiliency, diversity and mesh capabilities.

OPEN-ACCESS
SYSTEM

TEAS has been able to achieve Open-Access at all its landing stations and landing partners which allows customers flexibility in their selection of lighting vendors and local carriers of their choice. Customers control their fiber pairs end-to-end. TEAS is specifically designed to meet the exceptional infrastructure configuration required by the Content Providers which is not now presently being offered by the networks of today in this region.

SECURE
SYSTEM

Our TEAS Network provides alternate routes, an integrated Subsea and Terrestrial network, and an Open System Architecture based on SDM Technology. We deliver end-to-end lighting ability with no regeneration required thereby enhancing security.