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Tu1A.6 "Experimental Evaluation of the Crosstalk Impulse Response of a Temperature Controlled Homogeneous Multi-Core Fiber"
R. S. Luis1, B. J. Puttnam1, G. F. Rademacher1, Y. Awaji1, H. Furukawa1
1. NICT, Japan.
Tu3C1.6 "MEMS mirror-based 1×4 Core Selective Switch for 12-core fiber with low insertion-loss "
Y. Goto1, R. S. Luis1, Y. Hirota 1, S. Shinada1, S. Nagayama2, A. Higashitani2, T. Kobayashi2, R. Fukumoto3, H. Furukawa1
1. NICT, Japan.
2. OPTOQUEST CO., LTD., Japan.
3. Fujikura, Japan.
Tu3D.5 "1060nm Single-mode Metal-aperture VCSEL Array with Transverse Resonance and Low Power Consumption below 50 fJ/bit"
H. R. Ibrahim1,2, A. M. A. Hassan1,3, X. Gu1,4, S. Shinada5, M. Ahmed2, F. Koyama1
1. IIR, Tokyo Institute of Technology, Japan.
2. Faculty of Science, Minia university, Egypt.
3. Department of Physics, Faculty of Science, Al-Azhar University, Assuit, Egypt.
4. Ambition Photonics Inc., Japan.
5. NICT, Japan.
We4C1.1 [Invited] "Ultra-wide band transmission in few-mode fibers"
G. F. Rademacher1, B. J. Puttnam1, R. S. Luis1, T. Eriksson2, N. Fontaine3, M. Mazur3, H. Chen3, R. Ryf3, D. Neilson3, P. Sillard4, F. Achten5, Y. Awaji1, H. Furukawa1
1. NICT, Japan.
2. Infinera, Sweden.
3. Nokia Bell Labs, USA.
4. Prysmian Group, France.
5. Prysmian, The Netherlands.
We4C1.5 "Performance Evaluation of an Interband All-Optical Wavelength Converter for Cost-Effective High-Capacity Optical Networks"
I. Sackey1, R. Elschner1, R. Emmerich1, C. Schmidt-Langhorst1, Dirk-Daniel Groß1, G. F. Rademacher2, Y. Awaji1, H. Furukawa2, T. Hasegawa3, C. Schubert1, R. Freund1
1. Fraunhofer Institute for Telecommunications, Heinrich Hertz Institute, Germany.
2. NICT, Japan.
3. Sumitomo Electric Industries, Ltd., Japan.
Th1D.3 "Compact 1D/2D VCSEL Beam Scanner with Enhanced Field of View and High Resolution"
R. Li1, F. Koyama1, S. Shinada2, X. Gu1,3
1. IIR, Tokyo Institute of Technology, Japan.
2. NICT, Japan.
3. Ambition Photonics Inc., Japan.
Th2E.2 "Integration and Control of Heterogeneous Telecom and Data Center Optical Networks Aided by FBD and TAPI for Enhancing Largescale Optical Path Services and Network Resiliency"
S. Xu1, K. Ishii2, N. Yoshikane3, T. Tsuritani3, Y. Awaji1, S. Namiki2
1. NICT, Japan.
2. National Institute of Advanced Industrial Science and Technology (AIST), Japan.
3. KDDI Research Inc., Japan.