Mode Division Multiplexing is currently investigated as a possible way to increase fiber system capacity. With this approach, different modes of the same fiber carry distinct information. One of the problems to be solved in these systems concerns coupling/decoupling of the various modes to/from the same fiber. In this presentation, the mode features of a mode mux/demux based on holey fibers are investigated, with particular emphasis on optimal device design. Some preliminary experimental results will also be presented
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...
This paper reviews our most recent results on mode-division multiplexing systems based on few-mode f...
2011-2012 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe
Mode Division Multiplexing is currently investigated as a possible way to increase fiber system capa...
Mode-selective coupling in an asymmetric holey fibre coupler is demonstrated both numerically and ex...
We demonstrate a novel approach to enhance the modal stability between the modes of a few-mode fiber...
Simple all-fiber coupler is presented as solution to the missing MDM component in the future all fib...
Directional mode coupling in an asymmetric holey fiber coupler is demonstrated both numerically and ...
Selective modal multiplexing and demultiplexing is demonstrated in few-mode fibers using weakly-fuse...
Multicore fibers, coherent communications, polarization and modal multiplexing have been recently pr...
Ultra-large bandwidth applications in optical fiber communication systems have revived the interest ...
Mode-selective coupling in an asymmetric holey fibre coupler is demonstrated both numerically and ex...
Although, the technological breakthroughs such as WDM had allowed the capacity per fiber to be incre...
In this paper, the concept of supermode is introduced for long-distance optical transmission systems...
We present experimental results for combined mode-multiplexed and wavelength multiplexed transmissio...
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...
This paper reviews our most recent results on mode-division multiplexing systems based on few-mode f...
2011-2012 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe
Mode Division Multiplexing is currently investigated as a possible way to increase fiber system capa...
Mode-selective coupling in an asymmetric holey fibre coupler is demonstrated both numerically and ex...
We demonstrate a novel approach to enhance the modal stability between the modes of a few-mode fiber...
Simple all-fiber coupler is presented as solution to the missing MDM component in the future all fib...
Directional mode coupling in an asymmetric holey fiber coupler is demonstrated both numerically and ...
Selective modal multiplexing and demultiplexing is demonstrated in few-mode fibers using weakly-fuse...
Multicore fibers, coherent communications, polarization and modal multiplexing have been recently pr...
Ultra-large bandwidth applications in optical fiber communication systems have revived the interest ...
Mode-selective coupling in an asymmetric holey fibre coupler is demonstrated both numerically and ex...
Although, the technological breakthroughs such as WDM had allowed the capacity per fiber to be incre...
In this paper, the concept of supermode is introduced for long-distance optical transmission systems...
We present experimental results for combined mode-multiplexed and wavelength multiplexed transmissio...
The steady increase of bandwidth demand in worldwide communications has revived the interest about m...
This paper reviews our most recent results on mode-division multiplexing systems based on few-mode f...
2011-2012 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishe