Optimization of large area, low loss fiber designs for C+L band transmission

David W. Peckham,Alan Klein,Peter Ingo Borel,Rasmus V. Jensen,Ole Levring,K. Carlson,M. F. Yan,P. W. Wisk,Dennis J. Trevor,Robert Lingle,Alan McCurdy,Benyuan Zhu,Yi Zou,Rick Norris,Bera Palsdottir,Durgesh Vaidya

Optimization of large area, low loss fiber designs for C+L band transmission

2016

David W. Peckham
Alan Klein
Peter Ingo Borel
Rasmus V. Jensen
Ole Levring
K. Carlson
M. F. Yan
P. W. Wisk
Dennis J. Trevor
Robert Lingle
Alan McCurdy
Benyuan Zhu
Yi Zou
Rick Norris
Bera Palsdottir
Durgesh Vaidya

We will discuss design principles and properties of large effective area, low loss fibers for C+L band transmission. These fibers need to have excellent cabling properties from 1530 to 1610nm.

Keywords:

Attenuation
Plastic-clad silica fiber
Substitution method
Hard-clad silica optical fiber
Fiber
Dispersion-shifted fiber
Photonic-crystal fiber
Optical fiber
Electronic engineering
Engineering
Plastic optical fiber
Optics
Graded-index fiber
Fiber-optic communication

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