Take full account of the factors of resources and environment, rationally arrange the data center, and lay a solid foundation for the coordinated development of the data network. As a part of the new infrastructure, data centers are more responsible for all kinds of infrastructure including cloud computing, big data, artificial intelligence and other upper-level applications, so as to better meet the development needs of upper-level applications.
Promote the development of regional digital economy by promoting the direct connection of regional data centers. With the acceleration of 5G deployment and application, the traditional east-west traffic will evolve into the explosive growth of south-north traffic. Therefore, it will be an irresistible trend to transform the traditional network based on administrative divisions into a network based on IDC and further optimize the network structure in combination with THE flow direction of IDC to form the coordinated development of digital network.
Through the expansion of network capacity and the construction of special lines in data centers, the data flow of the three economic regions is promoted to improve the overall vitality of informatization. Beijing-Tianjin-Hebei Urban Agglomeration, the Yangtze River Delta and the Greater Bay Area are China's three most economically developed regions, where intensive economic and talent interactions exist. In 2019, the Beijing-Shanghai high-speed railway will carry 215 million passengers throughout the year. The enlargement of network bandwidth and the reduction of time delay between the three regions will positively promote the application interaction between the three regions.
Improve the quality of the network in energy-rich areas through direct network connection, and transform the energy output from electricity to network output. Whether it is the west-east gas transfer or the South-North water Diversion, it is a national resource allocation. The same is true for data center resources. China's Inner Mongolia, Gansu, Ningxia, Qinghai and other regions are rich in energy and have low average annual temperature, which is very suitable for data center construction. To realize network expansion and time delay reduction from energy-rich areas to first-tier cities will play an indirect role in promoting the allocation of China's overall resources, and the output of computing power on optical fiber will greatly reduce the national overall resource transfer cost.
It is necessary to speed up the construction of local Internet backbone points and promote the quality of exchange visits between multiple operators. The construction of direct connection points reduces the turn-around in the process of national traffic transfer and improves the efficiency and security of regional traffic interchange. With the in-depth development of digital network coordination, it is necessary to continue to promote the construction of the backbone of the Internet, so as to make the traffic exchange between operators more smooth.
Based on more extensive 5G network, 5G deployment will bring users high bandwidth and low latency service experience. Edge computing will be an important usage scenario of 5G. On the one hand, it can meet user demands such as network access in more scenarios. On the other hand, edge access will bring more data traffic to the data center, which needs to be processed in advance through facilities such as edge data center. Under the trend of digital network cooperation, 5G and data centers will closely cooperate for common development.
