Invited Speakers
Plenary
Nicolas Fontaine
Nokia Bell Lab.
Space-Division Multiplexing Technologies for Communications and Beyond
Ioannis Tomkos
Athens Information Technology
Spatially-Spectrally Flexible Optical Networks (SS-FONs): A versatile networking solution
CAILabs
Spatial Multiplexer and Recent Applications of Multi-Plane Light Conversion
University of L'Aquila
Propagation effects in fibers for space-division multiplexing: modelling and impact on system performance
Nokia Bell Labs
Remote mode forming over multimode fiber
Trends and Perspectives in Subsea Optical Transmission
Sumitomo Electric
Ultra-low loss fiber technologies for SDM transmission
University of Southampton
Optical amplifiers and key optical components for Space Division Multiplexed transmission
University of Central Florida
Exploiting Spatial Modes for Applications Beyond Transmission Capacity
NTT
Multicore Amplification Technology for High-Capacity SDM Transmission Systems
Nagoya University
High-Port-Count Optical Cross-Connect Using Single-Module M×M Wavelength-Selective Switches
Sumitomo Electric
Multi-core fiber connector technology
NICT
Wide-band large capacity transmission over few-mode fiber
Boston University
The physics and applications of fibers supporting OAM
Technical University of Denmark
Intermodal nonlinear effects in vortex fibers; Raman scattering
NTT
Few-mode multi-core fiber design optimizing spatial density and splicing characteristic for long-haul dense SDM transmission
Prysmian Group
Few-Mode Fibers for Mode Division Multiplexing: What is New?
KDDI Research
Software-defined control for sliceable multi-dimensional optical networks
University of Central Florida
All-Fiber Mode-Selective Photonic Lanterns for Space Division Multiplexing
