Mobily Red Sea Cable (MRSC)

Overview

The Mobily Red Sea Cable (MRSC) is a submarine telecommunications cable system designed to connect Saudi Arabia and Egypt across the Red Sea. Scheduled to be ready for service in 2027, the MRSC will provide a high-capacity fiber-optic link between the two nations. Owned and operated by Mobily, a leading telecommunications company based in Saudi Arabia, this cable is set to bolster regional and intercontinental connectivity. By linking the Middle East and North Africa, the MRSC will play a critical role in supporting the growing demand for reliable, high-speed data transmission in the region.

The MRSC is strategically positioned to address increasing internet traffic and provide redundancy for existing cable systems in the area. Its deployment is expected to enhance the resilience of the telecommunications infrastructure between Egypt and Saudi Arabia, two countries that are pivotal for data exchange in the Middle East and beyond.

Route and Landings

The Mobily Red Sea Cable will span the Red Sea, a vital maritime corridor that separates the northeastern coast of Africa from the Arabian Peninsula. The cable will have two landing points: Sharm el-Sheikh in Egypt and Duba in Saudi Arabia. Sharm el-Sheikh, located at the southern tip of the Sinai Peninsula, is a significant Egyptian hub for both tourism and telecommunications infrastructure. Its proximity to other major submarine cable systems makes it a strategic choice for landing international cables.

On the Saudi Arabian side, Duba serves as the cable's landing point. Situated along the northwestern coast of Saudi Arabia, Duba is a growing port city with increasing importance in the country's economic and infrastructural development. The selection of these two locations ensures a direct and efficient connection between Egypt and Saudi Arabia, minimizing latency and optimizing data transfer speeds. The Red Sea's relatively narrow width at this crossing point also simplifies the engineering challenges associated with laying the cable.

Ownership and History

The Mobily Red Sea Cable is wholly owned by Mobily, officially known as Etihad Etisalat Company. Mobily is a prominent telecommunications provider in Saudi Arabia, known for its extensive investments in both domestic and international connectivity projects. The MRSC represents Mobily's commitment to enhancing regional telecommunications infrastructure and meeting the growing demand for data services in the Middle East and North Africa.

While the MRSC is a new project with a target completion date of 2027, it builds on a long history of collaboration between Egypt and Saudi Arabia in the telecommunications sector. Both countries have been key players in the development of submarine cable systems that traverse the Red Sea, a region that has become a critical link in global data networks. The MRSC continues this tradition by providing a modern, high-capacity link between two of the region's most important economies.

What Our Measurements Show

Although the Mobily Red Sea Cable is not yet operational, our monitoring of the Red Sea region highlights the importance of this new system. Existing submarine cables in the area often experience high traffic loads, underlining the need for additional capacity and redundancy. The MRSC is expected to alleviate congestion and improve the overall reliability of data transmission in the region.

Our probes indicate that the Red Sea's unique environmental conditions, including its relatively shallow waters and stable seabed, make it an ideal location for submarine cable deployment. However, the region is not without challenges, such as the potential for seismic activity and heavy maritime traffic. These factors will require careful planning and engineering to ensure the long-term durability and performance of the MRSC. Once operational, the cable will significantly enhance connectivity between Egypt and Saudi Arabia, supporting critical sectors like commerce, education, and government services while strengthening the region's role in global telecommunications networks.