SAex Connecting St Helena to the World

St Helena is a small island in the South Atlantic Ocean with a population of around 7,000 people. It's been a British Overseas Territory since 1834.

The island's remote location made it difficult to connect with the rest of the world until the arrival of a new airport in 2017. This airport has significantly improved transportation options for the island's residents.

The SAex service was established to provide a fast and reliable way to send packages and mail from St Helena to the UK and other parts of the world. This service has become a vital lifeline for the island's residents, allowing them to stay in touch with loved ones and access essential goods.

With SAex, residents can send packages weighing up to 20kg, which can take around 10-14 days to reach the UK. This is a significant improvement over previous options, which could take up to several months.

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As of October 2017, the SAex is planned to land at several locations around the world. This is an exciting development for those interested in its progress.

One of the planned landing locations is Mtunzini, South Africa. This is one of the first places we'll see the SAex touch down.

Yzerfontein, South Africa is also on the list of planned landing sites. This is a significant development for the region.

Another planned landing location is Saint Helena, a British overseas territory. This will be a spur from OADM branching unit with one fiber pair.

Fortaleza, Brazil is also a planned landing location for the SAex. This is an important step for the project's expansion.

Virginia Beach, United States is the final planned landing location we have information on. This will be an exciting moment for those following the project's progress.

Here are the planned landing locations for the SAex as of October 2017:

The first phase of the project is a significant milestone, with a budget of $480m allocated for its completion. This substantial investment will likely have a lasting impact on the project's overall success.

The funds allocated for the first phase will be used to establish a solid foundation for the project, with a focus on setting up essential infrastructure and systems.

Key infrastructure projects, such as the construction of new roads and the expansion of existing ones, will be prioritized during this phase.

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Infrastructure plays a crucial role in the success of SAex. It's often overlooked, but it's essential for the smooth operation of the system.

The SAex network has a robust infrastructure that includes a high-speed internet backbone, allowing for fast and reliable data transfer. This backbone is supported by a network of servers located in various data centers around the world.

These servers are equipped with high-performance hardware and are designed to handle a large volume of traffic. This ensures that users can access SAex services quickly and efficiently, even during peak usage periods.

For another approach, see: Central African Backbone

Infrastructure is a crucial aspect of any transportation system, and a key part of that is having reliable landing points.

Mtunzini, East London, and Port Elizabeth are three of the notable landing points in South Africa.

These locations are well-equipped to handle the demands of transportation, with each one offering a unique set of features and advantages.

Melkbosstrand is another South African landing point, located on the west coast.

Saint Helena, a British overseas territory, has been a landing point since mid-2012.

Cacuaco, Angola, is a proposed landing point, although it's not yet fully operational.

Fortaleza, Brazil, is also a significant landing point, providing a vital link for transportation.

Here are the landing points mentioned in the article, listed for easy reference:

The SAex submarine cable system has undergone significant changes in its planned route over the years. In 2017, the planned route looked quite different from what was envisioned in 2014.

The cable's route has been planned multiple times, with the 2012 and 2011 plans showing distinct variations. This highlights the importance of regular updates in infrastructure planning.

A map showing the active submarine cables servicing the African continent reveals the extensive network of undersea cables. The green line representing the SAex cable system is just one part of this complex network.

The design capacity of each cable is proportional to the width of the line on the map, with some cables having a much larger capacity than others.

For your interest: BRICS Cable

Having multiple projects underway can be both exciting and challenging. The SAex project was not the only one in the works.

IHS Global Insight lists four concurrent projects to lay new undersea cables between South America and Africa. This meant that SAex was competing with other projects for resources and attention.

The SAex design was modified in 2014 to include a branch to Namibia instead of a dedicated fiber pair running from Fortaleza to Angola. This change was likely made to stay competitive and offer more connectivity options.

Having multiple projects underway can be both exciting and challenging.