Experimental Assessment of a Programmable VCSEL-based Photonic System Architecture over a Multi-hop Path with 19-Core MCF for Future Agile Tb/s Metro Networks

M. Svaluto Moreolo,Josep M. Fabrega,Laia Nadal,R. Martinez,Ramon Casellas,J. Vilchez,Raul Muñoz,R. Vilalta,Alberto Gatto,Paola Parolari,Pierpaolo Boffi,Christian Neumeyr,David Larrabeiti,G. Otero,Juan Fernandez-Palacios

Experimental Assessment of a Programmable VCSEL-based Photonic System Architecture over a Multi-hop Path with 19-Core MCF for Future Agile Tb/s Metro Networks

2020

M. Svaluto Moreolo
Josep M. Fabrega
Laia Nadal
R. Martinez
Ramon Casellas
J. Vilchez
Raul Muñoz
R. Vilalta
Alberto Gatto
Paola Parolari
Pierpaolo Boffi
Christian Neumeyr
David Larrabeiti
G. Otero
Juan Fernandez-Palacios

An SDN-enabled photonic system adopting VCSEL technology is experimentally analyzed targeting dynamic 5G-supportive MAN. Direct and coherent detection modules are compared and programmability assessed over up to 6-hop 160km HL4-HL2/1 connection including 25km 19-core MCF.

Keywords:

Hop (networking)
Photonics
Engineering
Agile software development
Vertical-cavity surface-emitting laser
Systems architecture
Electronic engineering
Heterodyne detection
Optical amplifier
Polarization-division multiplexing

Correction
Source
Cite
Save
Machine Reading By IdeaReader

References

Citations