Google and Facebook have announced a new subsea cable that aims to boost internet capacity and speeds in the Asia-Pacific region.
The Apricot subsea cable system is expected to launch in 2024, subject to regulatory approval, and will connect Japan, Taiwan, Guam, the Philippines, Indonesia and Singapore.
According to Facebook, the cable will run for 12,000km and will feature an initial design capacity of more than 190TB per second to meet the rising data demands in the region.
The news follows the tech giants’ announcement earlier this year that they were working on two subsea cables, Echo and Bifrost, which will connect North America and south-east Asia.
In a statement, Google said the Echo and Apricot cables are “complementary submarine systems” that will offer benefits with multiple paths in and out of Asia.
Subsea cables have become a vital network for data travelling around the globe. These long cables lie on the ocean floor and send data as pulses of light inside thin strands of wires, or optical fibres, within the cable.
There have been a lot of major infrastructure moves in the subsea cable industry in recent years in order to meet growing demands, with many of the major tech giants investing in new cables.
In June, Google announced a new high-speed subsea cable between the US and Argentina, dubbed Firmina, which is due to start operations in 2023.
Meanwhile, Facebook and Amazon announced last week that they have requested approval from the US government to operate a new cable between the Philippines and California after China Mobile agreed to exit the plan.
This highlights the geopolitical tensions that can cause serious problems when it comes to the transference of data. The US has repeatedly expressed concerns about China’s role in handling network traffic and potential for espionage.
In 2020, plans for a Facebook-Google cable between the US and Hong Kong were cut after four years in the making when concerns were raised about direct communications links between these regions.
According to Silicon Republic
