China News Service, Shanghai, March 13th (Zheng Yingying) "Shanghai 5G Network and User Perception Evaluation Report (2019)" was released on the 13th. According to the report, in the sample test, the average download and upload rate of Shanghai's 5G network increased significantly compared to 4G network, which is 10 times and 4 times that of 4G network, respectively.

According to data released by the Shanghai Economic and Information Commission in January this year, Shanghai has built more than 16,000 5G base stations and 13,000 small 5G indoor stations, to achieve full coverage of 5G networks in central urban areas and key suburban areas. Shanghai has become one of the largest 5G networks in China and the world. At the same time, Shanghai has started and implemented nearly 300 5G application projects in the fields of intelligent manufacturing, intelligent transportation, and intelligent medical care.

In order to understand the operation status and user experience of the existing 5G network in Shanghai, the researchers in this report selected areas with 5G networks in Shanghai's main roads and urban expressways for sampling tests. At the same time, some locations were selected in different industries. (Meeting venues, transportation hubs, tourist attractions, university campuses, business districts, hospitals, etc.) for sample testing.

The evaluation results show that the operation status of Shanghai's 5G network is basically consistent with the progress of the 5G base station construction of telecommunications operators. Shanghai has basically achieved full coverage of 5G networks in the outer ring area, urban expressways, and major suburban areas, but the network construction Need to be further strengthened. The report pointed out that the network quality of Shanghai's outer ring inner area needs to be further optimized and improved; the 5G network basic coverage in areas outside the outer ring is still not continuous; in addition, the indoor scene basic coverage needs to be expanded and strengthened. (Finish)