Development of Chinese Telecoms in 5G Industrial Internet of Things (pre-order)
1. Development of China’s 5G+ Industrial Internet Program
1.1 Program Objectives
1.2 Objectives of 5G Infrastructure
2. Telecoms’ 5G Deployment Plans
2.1 China Mobile
2.2 China Unicom and China Telecom
2.3 CBN
3. Development of Telecoms’ 5G+ Industrial Internet Projects
3.1 China Mobile
3.1.1 Five Upgrade Strategy
3.1.2 5G+ Industrial Internet Applications
3.1.2.1 5G+ Smart Manufacturing
3.1.2.2 5G+ Smart Grid
3.1.2.3 5G+ Smart Mining
3.1.2.4 5G+ Smart Steel
3.1.2.5 5G+ Smart Port
3.1.2.6 5G+ Smart Logistics
3.2 China Unicom
3.2.1 Eight Action Plans and Innovative Applications
3.2.2 Private 5G Networks and 5G Product Line-ups
3.2.3 5G+ Industrial Internet Applications
3.2.3.1 Tianjin Port Smart Port
3.2.3.2 Shanxi Coking Coal Group Smart Mining
3.2.3.3 FAW Group Smart Manufacturing
3.3 China Telecom
3.3.1 Integrated 5G+ Industrial Internet Strategy
3.3.2 5G+ Industrial Internet Applications
3.3.2.1 Midea Smart Manufacturing
3.3.2.2 Semen Singa Merah Smart Cement
3.3.2.3 Haier’s Washing Machine Factory Smart Manufacturing
3.3.2.4 Sany Heavy Industry- Smart Manufacturing Park
4. MIC Perspective
4.1 Data Monitoring, Machine Vision, Remote Operation and Maintenance, and Remote Control as Typical Applications
4.2 Infrastructure for 5G-enabled Industrial Internet Yet Completed
4.3 Political Incentives Lead to Early Deployment, but Economic Benefits Remain Unclear
Appendix
List of Companies
List Of Figures
Figure 1 China Mobile’s 5G Deployment for 2020
Figure 2 CBN’s 5G Deployment
Figure 3 China Mobile’s Five Upgrade Strategy for 5G+ Industrial Internet
Figure 4 China Unicom’s 5G Smart Port Project at Tianjin Port
Figure 5 China Telecom’s 5G Industrial Internet Services
Figure 6 Midea’s 5G Application at Midea Weiqing Malong Park 16
Figure 7 SEMEN SINGA MERAH’s Visual Production Inspection Enabled by 5G
Figure 8 Smart Surveillance Platform enabled by 5G at Haier’s Washing Machine Factory in Tianjin
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