Subsea Cables & Internet Infrastructure

The network topology was originally designed to bypass both the Red Sea and Egypt. Instead, the cable goes from Sify's Mumbai CLS to a branching unit near Bubar. It splits North to land at Barka, Oman whereas the main trunk heads Southwest to land at Salalah, Oman. Then back to sea to Djibouti, which is the Internet gateway for a group of landlocked African states like Ethiopa and South Sudan. From Djibouti it heads North through the Red Sea to come ashore at Duba, Saudi Arabia. The cable goes terrestrial from this point up to a modern carrier neutral data center at Aqaba, Jordan. Then the terrestrial route crosses into Israel and eventually terminates at the Sparkle CLS near Tel Aviv. From there it traverses the Mediterranean Sea to ultimately come ashore at Marseille and Genoa. Marseille Interxion and a Milano data center campus called Stack Infrastructure are the key European subsea cable POPs. The Genoa POP is Equinix GN1.  I am a bit disappointed because early reports suggeste

The Andromeda cable will link Greece, Cyprus, and Israel with cable landing stations at Korakia, Greece, and Tirat Carmel, Israel. The plan is to extend the subsea cable across Israel to the important Aqaba, Jordan, and Haqi, Saudi Arabia data centers. Apparently via the existing oil pipeline that transports oil from the Red Sea to Israel. This Israel cooperation with Arab countries reflects the ongoing rapprochement between the former enemies. Andromeda, if built, will provide much needed physical diversity and cost savings by bypassing Egypt, which most Europe-Asia cables use despite Telecom Egypt's very high transit fees.  Tamares Telecom owns the Tamares North cable connecting Israel with Cyprus and I believe that Andromeda will take this existing subsea infrastructure and extend it to Greece. However, it is worth noting that neither Tamares Telecom nor its Greek partner Grid Telecom (the wholesale subsidiary of a Greek power transmission company) have announced a subsea constr