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0to CIOE 2022 Opening Booth Application |
Organizer
The International Optoelectronic Expo (CIOE)
Optical Communication Committee of China Institute of Communications
Consulting Group of Transmission and Access Network of Telecommunication Science and Technology Committee of MIIT
Technology Standard Research Institute of China Academy of Information and Communications Technology
Guiding-Bodies
China Mobile、China Telecom、China Unicom
Media-Partners
C114
The "East Data West Computing" project closely links data, computing power and network, which requires not only computing power network with super capacity, but also optical network to provide high-quality connectivity and super capacity. As an important component of the information infrastructure and key bearer base, optical network can meet the arithmetic demand for transmission bandwidth, capacity and low latency. As a communication network bearer cornerstone, optical transmission network is the infrastructure and prerequisite for the development of 5G, big data center, industrial Internet, artificial intelligence and other fields. Today, the cloud-network integrated infrastructure construction, driving the deep integration of arithmetic, cloud and optical network, empowering digital transformation in all industries. With this, the optical transmission network is also to ultra-high speed and large capacity, flexible and open, collaborative intelligent control and other diversification continues to evolve, from high-speed transmission technology at present 400G has opened commercial, 800G attention to further enhance the attention, how to further enhance the transmission capacity based on spectrum expansion has raised industry concerns. Along with the maturity and innovation of related technologies, optical networks are also being reconfigured through the network architecture to promote the transformation of networks from infrastructure networks to service networks, so as to better serve the digital economy. In the face of new infrastructure construction and industrial digital transformation and other development opportunities, China's optical communications industry is still facing multiple challenges in the evolution of network intelligence, the collaborative development of computing networks, green and low-carbon, and the expansion of application scenarios.
In this context, CIOE will invite the three major domestic operators and system equipment vendors, head optical chip/module vendors to hold a forum on the development of arithmetic network and optical technology, focusing on the discussion of high-speed transmission technology topics of super capacity, open decoupling, cooperative networking and intelligent control. The main topics are: the development trend and challenges of 400G and 800G future backbone network transmission; the development trend and technical hotspots of next-generation optical transmission network; the discussion of coherent sinking technology solution for high-speed optical transmission network; the requirements of ultra-high-speed optical transmission network for optical transmission equipment; the role of passive optical components in optical network transmission and solutions; the application solutions of fiber optic cable in all-optical transmission network
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Times | Topics | Speakers & Companies |
---|---|---|
HOST:Haiyi Zhang,Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) | ||
13:30-13:35 | Opening | Host:Haiyi Zhang,Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) |
13:35-14:00 | Development prospect of optical network technology for computing power transport | Haiyi Zhang, Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) |
14:00-14:25 | All-optical CFN empowers the channels computing resources from the east to the west | Xiongyan Tang, VP/Chief Scientist of China Unicom Research Institute |
14:25-14:50 | Novel Optical Network Technology Driven by Computing Power Demand | ZHANG JIE, EXECUTIVE DEAN of BEIJING UNIVERSITY of POSTS and TELECOMMUNICATIONS |
14:50-15:10 | Key Technological Innovations and Reflections on All-Optical Premium Transport Network | Kevin Liu, President of the All-Optical Private Line SDT, Optical Transmission Network Product Line, Huawei |
15:10-15:35 | SPN 2.0 technology evolution accelerates 5g-a development | Liuyan Han, Director of Transport Network Center, Department of Basic Network Technology,China Mobile Communications Group Co,Ltd |
15:35-15:55 | / | Yong Chen, Chief Engineer of OTN product of ZTE Corporation |
15:55-16:20 | Transformation of Optical Networking in the “Computing Power” Era | Junjie Li, Chief Expert on Optical Transport Network, China Telecom Research Institute |
16:20-16:45 | The design and application of intelligent optical power tuning in open and disaggregated optical networks | Jianing Lu, Network architect of TENCENT corp |
Times | Topics | Invited guests |
---|---|---|
HOST:Haiyi Zhang,Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) | ||
13:30-13:35 | Opening | Host:Haiyi Zhang,Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) |
13:35-14:00 | Development prospect of optical network technology for computing power transport | Haiyi Zhang, Director of Institute of Technology and Standards Research of China Academy of Information and Communications Technology(CAICT) |
14:00-14:25 | All-optical CFN empowers the channels computing resources from the east to the west | Xiongyan Tang, VP/Chief Scientist of China Unicom Research Institute |
14:25-14:50 | Novel Optical Network Technology Driven by Computing Power Demand | ZHANG JIE, EXECUTIVE DEAN of BEIJING UNIVERSITY of POSTS and TELECOMMUNICATIONS |
14:50-15:10 | Key Technological Innovations and Reflections on All-Optical Premium Transport Network | Kevin Liu, President of the All-Optical Private Line SDT, Optical Transmission Network Product Line, Huawei |
15:10-15:35 | SPN 2.0 technology evolution accelerates 5g-a development | Liuyan Han, Director of Transport Network Center, Department of Basic Network Technology,China Mobile Communications Group Co,Ltd |
15:35-15:55 | / | Yong Chen, Chief Engineer of OTN product of ZTE Corporation |
15:55-16:20 | Transformation of Optical Networking in the “Computing Power” Era | Junjie Li, Chief Expert on Optical Transport Network, China Telecom Research Institute |
16:20-16:45 | The design and application of intelligent optical power tuning in open and disaggregated optical networks | Jianing Lu, Network architect of TENCENT corp |
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