The following is the [XGNews]: Release of China’s comprehensive computing power index: the overall development level of computing power in China has gradually improved, and hot spots have taken the lead in development recommended by xgapn.com.
News on July 30 (shuiyi) today, the 2022 China computing power conference opened in Jinan. This conference released China’s first “China’s comprehensive computing power index” and “China’s computing power white paper”, “China’s storage capacity white paper” and “China’s transportation capacity white paper”. Yuxiaohui, President of the China Academy of communications and communications, made an in-depth interpretation of the China comprehensive computing power index.
It is understood that in 2021, the scale of China’s core computing industry reached 1.5 trillion, and the scale of related industries exceeded 8 trillion. By the end of June 2022, the total scale of data center racks in use in China has exceeded 5.9 million standard racks, the scale of servers is nearly 20million, and the total scale of computing power is more than 150 eflops (15000 floating-point operations per second), ranking second in the world. In terms of storage, in 2021, the total storage capacity of China’s data centers reached 800eb (1eb=1024pb), accounting for about 14% of the country’s advanced storage, and the advanced storage in first tier cities with high requirements for data storage performance accounted for the highest 17%.
The “China comprehensive computing power index” shows that the comprehensive computing power index is composed of more than 30 indicators in four aspects: computing power, storage capacity, transportation capacity and environment.
In terms of comprehensive computing power index, the comprehensive computing power of the provinces and cities where the eastern computing power hub node is located is generally at the leading level, and some Western computing power hub nodes and central provinces and cities are listed. The top 10 provinces and cities are Guangdong Province, Shanghai, Jiangsu Province, Beijing, Hebei Province, Zhejiang Province, Shandong Province, Inner Mongolia Autonomous Region, Guizhou Province and Shanxi Province. There is strong market demand in Beijing, Shanghai, Guangzhou and surrounding provinces. The overall computing power, storage capacity, transportation capacity and environment of these provinces are at a high level, the industrial development momentum is good, and the comprehensive computing power index is generally high. In addition, Shandong Province in the eastern province and Shanxi Province in the central province are also in the forefront of the country in terms of computing power and environment. Inner Mongolia Autonomous Region, Guizhou Province and other western provinces have also ranked among the top 10 with their own advantages in capacity and environment.
In terms of computational power index, Shanghai, Guangdong Province, Beijing, Hebei Province and Jiangsu Province are strong leaders in computational power, and the top10 provinces are distributed in echelons. By the end of 2021, the top 10 provinces in China’s computing power index are Shanghai, Guangdong Province, Beijing, Hebei Province, Jiangsu Province, Inner Mongolia Autonomous Region, Zhejiang Province, Guizhou Province, Shanxi Province and Shandong Province. The scale of computing power in use in Shanghai, Guangdong, Jiangsu and Hebei provinces has exceeded 12 eflops. The scale of computing power under construction in Hebei Province, Jiangsu Province, Inner Mongolia Autonomous Region and Shanxi Province has exceeded 10 eflops. In China, Beijing, Shanghai and Guangdong Province are leading in the development of computing power quality and efficiency, while other provinces and cities have more room to improve computing power quality and efficiency.
In terms of survivability index, the first tier cities and surrounding provinces and cities are the leaders in the development of survivability, and the scale and performance of survivability are in a leading position in the country. The top 10 provinces in the survivability index are Guangdong Province, Shanghai, Jiangsu Province, Beijing, Hebei Province, Zhejiang Province, Inner Mongolia Autonomous Region, Guizhou Province, Hubei Province and Tianjin city. Guangdong Province ranks first and has the strongest overall strength. The overall strength of Beijing, Shanghai, Jiangsu Province and Hebei Province is similar, but they have their own advantages in scale and performance, and the overall storage capacity is more than 65 EB. In Zhejiang Province, Inner Mongolia Autonomous Region, Guizhou Province, Hubei Province and Tianjin, the storage capacity is lower than that in Beijing, Shanghai and Guangzhou, and the overall storage capacity is more than 35 EB.
In terms of transport capacity index, there are great differences in the development of transport capacity among provinces and cities in China, and the transport capacity index of the eastern and central regions is higher than that of the western region. The top 10 provinces in the transport capacity index are Zhejiang, Jiangsu, Shanghai, Guangdong, Beijing, Shandong, Sichuan, Tianjin, Henan and Hebei. The overall strength of Zhejiang Province is strong, ranking first. Jiangsu Province and Shanghai followed closely, with a relatively similar overall level, but each has its own advantages in network quality and basic network conditions.
In terms of environmental index, China’s computing development environment continues to be optimized. The development environmental index of Inner Mongolia Autonomous Region, Shandong Province, Shanxi Province, Guangdong Province and Beijing is high, and the development distance of TOP10 provinces is small. In terms of resources and environment, Western China and Northeast China have greater advantages than other provinces. In terms of market environment, the eastern and central provinces of China are in a leading position in the country.
Yu Xiaohui said that we should establish a computing power index system suitable for different provinces in China, objectively measure the relative development level of the comprehensive computing power of each province in a multidimensional manner, clarify the current situation, development potential and existing problems of the computing power of each province in China in terms of information computing, data storage, network transportation and development environment, grasp the development trends and trends of the computing power of each province macroscopically, and provide strong support for the development planning and policy formulation of the computing power of each province. At the same time, it can also promote the healthy, sustainable and high-quality development of China’s computing industry, support the vigorous development of the digital economy, and help build a digital China.
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