Industrial Forum

All Optical Transport Network in F5G and Beyond

lntro.: For F5G and next-generation (F5.5G, F6G) all-optical transport network, the capacity of backbone optical networks requires continuous increase (e.g. the transmission rate of the single channel grows from 400G to 800G, even to 1.6T, and the capacity of fiber grows from 32T to 64T, even to >100T) as well as flexible all-optical wavelength grooming. Highly-integrated optical amplification with ultra-low noise, and high-dimensional wavelength switching technologies are required. In metro network, simplified optical network architecture and one-hop optical connection are expected, based on a simplified point-to-multipoint (P2MP) architecture, abundant wavelengths and simplified wavelength grooming. The key technologies mentioned above will be focused in this workshop.

Organizers:

Zhaohui Li, Sun Yat-Sen University, China

Ning Deng, Huawei Technologies Co., Ltd., China

Speakers:

Chun Sun, Optical Network Evolution and Key Technologies

Yongli Zhao, Optical Cloud Networks (OCN): Next-Generation Optical Networks for Cloud Service

Yi Cai, Technologies to Further Increase Single-mode Fibe Transmission Capacity

Xinlun Cai, High Speed Thin-film Lithium Niobate Modualtors

Junwen Zhang, Point-to-multipoint (P2MP) Coherent Technology and Metro Applications

Jian-Jun He, Simplified and Scalable Optical Switching Architecture and Technologies

Xingjun Wang, Technology of Low-cost Optical Amplifier and Light Source

Liang Mu, Low Cost Multimode Pump Laser Technology and Reliability

Enabling Technology and Application for Passive Optical Networks in F5G and Beyond

Intro.: The ambition of F5G for passive optical networks is to open new opportunities by comprehensively applying fiber technology to various scenarios, in a sense making the paradigm of Fiber to the Home for traditional residential users become a Fiber to Everything for diverse vertical industries. With the trend above, enabling technologies and potential applications for future PON will be discussed in this workshop.

Organizers:

Gangxiang Shen, Soochow University, China

Jiawei Zhang, Beijing University of Posts and Telecommunications, China

Liangchuan Li, Huawei Technologies Co., Ltd, China

Speakers:

Chao Lu, Transmission and Monitoring Schemes for Future PON systems

Dezhi Zhang, All-optical Intelligent Access Network, Promoting the Development of Industry Network

Shikui Shen, Discussion of DWDM Technique Application in Metro Comprehensive Access Network

Zhicheng Ye, Embrace the Opportunities of Optical Communication in the F5.5G Era

Yingzhuang Liu, Fiber To the Radio: Challenges and Key Technologies

Ji Zhou, Burst-Mode Digital Signal Processing for Coherent P2MP Passive Optical Networks

Gengchen Liu, Flexible Transceivers for Access Network: Perspectives and Chanllenges

René Bonk, Innovations Taking Optical Access Networks towards the Next Decade

Paolo Monti, Techno-economics of RAN Transport Networks: The Fiber Vs. Microwave Case

Gangxiang Shen, Enabling Technologies of Access Networks for F5G and Beyond

Where are the Boundaries between IMDD & Coherent Technology for 800G and beyond?

Intro.: As the data rate continue to increase to 400G, 800G and beyond, Coherent and MOD has been given rise to more and more demand. Coherent has gradually encroached the market share of IMDD, and the industry are also actively developing next-generation coherent solutions targeting even shorter distances such as<10km. so="" where="" are="" the="" eventual="" boundaries="" between="" lmdd="" and="" coherent="" technology="">

1)     800G and Beyond Application in telecom

2)     140GBd coherent system for DCl applications

3)     coherent optical module development

4)     800G and beyond Coherent for short distance applications

5)     Technology and application of Thin-Film Lithium Niobate modulator in coherent and IMDD

Presider:

Chengliang Zhang, China Telecom Research Institute, China

Hua Zhang, LUSTER LightTech Co., Ltd., China

Speakers:

Opening Address—Chengliang Zhang

Anxu Zhang, China Telecom Research Institute

Topic: Discussion on the Technology Evolution and Application of 800G and beyond

Shikui Shen, China Unicom Research Institute

Topic: Discussion of Metro Coherent Technology Application

Quan Cao, Wuhan Fisilink

Topic: Discussion on the Development and Application Trend of 800G Coherent optical modules

Dennis Zhou, AFR

Topic: Application Prospect of Thin-Film Lithium Niobate Modulator in Coherent and Non-coherent

optical transmission

Chongjin Xie, Alibaba

Topic: Coherent for Short Distance Applications at 800G and beyond

Fangchao Li, Tencent

Topic: 140GBd Coherent System for DCI Applications

Fenghe Yang, ZhangJiang Laboratory

Topic: Opportunities and Challenges in Coherent Optical Communication System for DCl Applications