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China Mobile will build Internet data center in Haikou by 2023

The total area of the complex will be 30,000 square meters

HAIKOU /China/, July 2. /TASS/. China Mobile has started the construction of an Internet Data Center (IDC) in Haikou, the southern Chinese province of Hainan. A ceremony was held in the new Jiangdong district on June 30, according to the Hainan International Communication Network (HICN).

The total area of the complex, which includes a five-story Internet data center and a one-story energy center, will be 30,000 square meters. The project, with a total investment of 580 million yuan ($84 million), is an important part of Hainan's free trade port development program. It is also an integral part of the international submarine cable project, which will solve the problem of lack of communication resources.

The data center will turn the free trade port into an important international submarine cable hub and data exchange center in the Asia-Pacific region. In addition, it will also provide safe and reliable resources for data processing in investment, finance, the Internet, education and many other areas in Hainan. The construction, the resource writes, is expected to be completed in 2023.

By 2024, China intends to create a submarine cable system called SEA-H2X in the south of the country, which will improve Internet connectivity between China's regions and Southeast Asian countries. A number of major Chinese telecommunications companies have agreed to cooperate on this project.

The total length of the system of underwater fiber-optic cables will exceed 5 thousand kilometers. It will connect the southern province of Hainan, a special administrative region of Hong Kong (Xianggang), the Philippines, Thailand, Malaysia and Singapore. In the future, the connection is planned to be extended to Vietnam, Cambodia and Indonesia.

The implementation of this project will make it possible to significantly increase the pace of digitalization in the Asian region, as well as to increase the speed of information transmission via Internet channels.