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Th2B.6

 "Experimental Evaluation of an Unrepeated Link Using C, L, and U Transmission Bands"
     Divya A. Shaji1, Daniele Orsuti2, R. S. Luis3, B. J. Puttnam4, 
     Manuel S. Neves5, B. Boriboon6, Dini Pratiwi7, Ian Phillips7,
     Mingming Tan7, Aleksandr Donodin7, Wladek Forysiak7, 
     Luca Palmieri2, Antonio Mecozzi1, Cristian Antonelli1, and
     Hideaki Furukawa3
          1. University of L’Aquila, Italy
          2. University of Padova, Italy
          3. NICT, Japan
          4. Microsoft Azure Fiber
          5. University of Aveiro, Portugal
          6. Chulalongkorn University、Thailand
          7. Aston University, U.K.
Th2B.1 "16.1 Tb/s, 363 km, Unrepreated C-band Transmission with Bidirectional Raman Amplification without ROPA"
     Daniele Orsuti1, R. S. Luis2, B. J. Puttnam3, Manuel S. Neves4,
     Divya A. Shaji5, B. Boriboon6, Luca Palmieri7, and H. Furukawa2
          1. University of Padova, Italy
          2. NICT, Japan
          3. Microsoft Azure Fiber
          4. University of Aveiro, Portugal
          5. University of L’Aquila, Italy
          6. Chulalongkorn University、Thailand
          7. University of Padova, Italy
W1G.6

 "Free-Space Optics-based Multi-Channel Variable Optical Attenuator for FIFO-less 4-Core Fiber Systems with Low-Insertion Loss"
     Y. Goto1, Asumi Kaya2, Taketoshi Takahara2, Tetsuya Kobayashi2, and
     H. Furukawa1
          1. NICT, Japan
          2. Optoquest Co., Ltd., Japan
W4B.2 "GPU-Based, Real-Time, Optical Subcarrier Multiplexing Directed Towards Distributed Neural Network Computing"
     M. S. Neves1, D. Orsuti2, R. S. Luis3, B. Boriboon4, B. J. Puttnam5, 
     S. Shinada3, P. P. Monteiro1, F. P. Guiomar1, and H. Furukawa3
          1. University of Aveiro, Portugal
          2. University of Padova, Italy
          3. NICT, Japan
          4. Chulalongkorn University、Thailand
          5. Microsoft Azure Fiber
TuB1.1 "Burst-mode EDFA Assisted Flexible End-to-end Optical Path Configuration in Multi-domain, Multi-vendor Disaggregated Optical Networks"
     Y. Hirota1, T. Hashimoto1, T. Makino1, Y. Goto1, and H. Furukawa1
          1. NICT, Japan
Tu3B.1 "High Data-Rate Optical Transmission in Multi-Core/Multi-Mode Fibers"
     R. S. Luis1, B. J. Puttnam2, Georg Rademacher3, and H. Furukawa1
          1. NICT, Japan
          2. Microsoft Azure Fiber
          3. University of Stuttgart, Germany
Tu1D.4 "800 Gb/s SDM Optical Interconnect with Optical Circuit Switch for Intra-Data Centers using O-band PAM8"
     B. Boriboon1, R. S. Luis2, B. J. Puttnam3, S. Shinada2, 
     Nikolaos-Panteleimon Diamantopoulos4, Shinji Matsuo4, and
     H. Furukawa2
          1. Chulalongkorn University、Thailand
          2. NICT, Japan
          3. Microsoft Azure Fiber
          4. NTT Device Technology Laboratories, Japan
M2B.2 "339.1 Tb/s OESCLU-band transmission over 100 km SMF"
     B. J. Puttnam1, R. S. Luis2, I. Phillips3, M. Tan, A. Donodin3, 
     D. Pratiwi3, L. Dallachiesa4, Y. Huang4, M. Mazur4,
     N. K. Fontaine4, H. Chen4, D. Chung5, V. Ho5, D. Orsuti6,
     D. A. Shaji7, B. Boriboon8, G. Rademacher9, L. Palmieri6,
     R. Man5, R. Ryf4, D. T. Neilson4, W. Forysiak3, and H. Furukawa2
          1. Microsoft Azure Fiber
          2. NICT, Japan
          3. Aston University, U.K.
          4. Bell Laboratories, U.S.A.
          5. Amonics, Hong Kong,
          6. University of Padova, Italy
          7. University of L’Aquila, Italy
          8. Chulalongkorn University、Thailand
          9. University of Stuttgart, Germany
Th2E.4
  		"Demonstration of a 126 nm, S+C+L Band ROADM in a Field-Deployed Fiber Network"
     R. S. Luis1, Jiaqian Yang2, B. J. Puttnam3, Eric Sillekens2, 
     Mindaugas Jarmolovicius2, Romulo Aparecido2, Robert Killey2, 
     S. Shinada1, Polina Bayvel2, and H. Furukawa1
          1. NICT, Japan
          2. University College London, U.K.
          3. Microsoft Azure Fiber