Profiles
- Home >
- Profiles >
-
Dr. Junwen Zhang
Researcher
Dr. Junwen Zhang

Shanghai
-
Projects
0
-
Researchs
1
-
Patents
0
-
Affiliates
0
Dr. Junwen Zhang is a prominent researcher in optical communications, specializing in high-speed optical transmission and access. Affiliated with Fudan University and Pengcheng Laboratory, his work integrates rigorous academic research with practical innovations in next-generation communication systems. His publication record comprises 57 publicly accessible articles and 89 total publications, supported by impressive citation metrics: 6872 total citations, an h-index of 44, and an i10-index of 153. These figures reflect his significant contributions to advancing optical communication technologies.
Dr. Zhang’s research covers a diverse range of topics including the development of a 400G optical wireless integration system, passive optical networks for 5G transport, and enhanced visible light communication using advanced modulation schemes. His studies on multichannel high-speed data transmission over MIMO fiber-wireless links and vector signal generation using optical carrier suppression underscore his expertise in both theoretical and applied photonics. Collaborating with top experts from CableLabs, Beijing Institute of Technology, and other institutions, he has built a robust international network.
His work has had a significant impact on the evolution of optical networks, addressing challenges in high-speed data delivery and wireless integration. Dr. Zhang’s research is widely published in leading journals, affirming his reputation as a leader in optical communications. For further correspondence, he is reachable via his verified email at fudan.edu.cn. His innovative contributions and collaborative efforts have advanced the field of optical communications, paving the way for next-generation technologies and significantly impacting both academic research and industrial applications worldwide. He continues to lead groundbreaking research in advanced optical systems.

To view more project details and submit an expression of interest