Date: 2022.9.26
Venue: Bilbao, Spain
Title: Advanced POF technologies for beyond 5G society
HP: POF2022
Title:Advanced GIPOF Technolgoies towards 5G/6G Society
Outline:KPRI will introduce the world's first error-free plastic optical fiber that enables high-bandwidth, low-power, low-latency data transmission without causing signal errors, suitable for applications such as data centers, automotive, etc.
]]>Date:2023.7.19 (Wed)16:20~
Venue:Sapporo Convention Center, Hokkaido, Japan
Title:Plastic Optical Fiber and Novel Photonics Polymers for Beyond 5G Society
HP:The 13th SPSJ International Polymer Conference (IPC 2023)
]]>Date: 2023.4.25
Venue: Tokyo, japan
Title: Proposal of Error-Free Plastic Optical Fiber for Beyond 5G Society
]]>A video filmed by APS TV/WebsEdge featuring KPRI's Error-Free POF is being broadcasted at the venue of APS March Meeting in Las Vegas from March 6th to 10th,2023. The film has also been available on YouTube playlist.
]]>According to "Beyond 5G Promotion Strategy ~ Roadmap towards 6G ~" issued in June 2020 by the Ministry of Internal Affairs and Communications, the schedule for adopting Beyond 5G around 2030 calls for, in particular, concentrated efforts maximizing advantages of our country's strengths to be carried out during the first 5 years of Leading Activities Phase.
The NICT Beyond 5G R&D Promotion Project aims to strengthen Japan's international competitiveness in Beyond 5G by conducting R&D on element technologies necessary for the realization of Beyond 5G with private companies and universities through public offering, establishing element technologies for commercialization, and reflecting them in international standards.
The adopted research theme "Development of innovative communication systems using error-free plastic optical fibers" aims to create data transmission systems by innovative error-free POF (Plastics Optical Fibers) that realizes high bandwidth, energy saving, low latency data communications. Our total contract amount is approximately 5oo million yen/year for FY2022. We aim to establish the innovative communication systems by error-free POF as an element technology necessary to realize Beyond 5G by FY2025.
]]>Date:2022.11.10
Venue:Nara, Japan
Title:Recent Progress of Photonics Polymer Technologies toward 5G/8K Society
]]>Title: Advanced GIPOF Technologies proposed by KPRI, Keio University
Outline: We introduce advanced GI POF technologies that have been developed exploiting the material intrinsic properties such as microscopic hetergeneities; world's first Error-free POF, Ball-point pen type GI Connector, low-noise GIPOF, etc.
]]>Date: 2022.9.26
Venue: Bilbao, Spain
Title: Advanced POF technologies for beyond 5G society
HP: POF2022
#Conference 12007 : Optical Interconnects XXII
Kenta Muramoto and Yasuhiro Koike
"Graded-index plastic optical fiber for error-free PAM-4 transmission without forward error correction" (Invited Paper)
#Conference 12025 : Ultra-high-Definition Imaging Systems V
Yasuhiro Koike and Kenta Muramoto
"Recent Progress in high-bandwith and low-noise GI POF toward UHD era"
Sizuki Sasaki and Yasuhiro Koike
"Real-color displays with random depolarization film designed with respect to birefringence and particle size"
Prof. Koike will give a Keynote speech at POF2021.
Date: 2021.11.23
Venue: Hybrid Conference (Jinhua City, Zhejiang Province, China)
Title: Advanced POF and its Applications for the Next Generation IoT Society
HP: POF2021
Date: 2020.3.6 -11
Venue: Moscone Center, San Francisco, USA Online
Conference : Ultra-High-Definition Imaging Systems IV
Website : SPIE Photonics West
]]>Title: "An unflinching commitment to light-manipulating technology through counterintuitive thinking"
Link: KGRI HP "Interview"
]]>K. Watanabe, Y. Kobayashi, and Y. Koike, "Proposal of Novel Temperature-Independent Zero-Zero-Birefringence Polymer with High Heat-Resistance," IEICE Trans. Electron., DOI: 2020DII0004 (Invited Paper for Special Section on Electronic Displays).
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