Experimental characterization of wavelength separation for "QKD+WDM" co-existence

Nnake I. Nweke,P. Toliver,R. J. Runser,Scott R. McNown,T. E. Chapuran,M. S. Goodman,R. J. Hughes,C. G. Peterson,K. McCabe,J. E. Nordholt,K. Tyagi,P. Hiskett,Nicholas Dallmann

Experimental characterization of wavelength separation for "QKD+WDM" co-existence

2005

Nnake I. Nweke
P. Toliver
R. J. Runser
Scott R. McNown
T. E. Chapuran
M. S. Goodman
R. J. Hughes
C. G. Peterson
K. McCabe
J. E. Nordholt
K. Tyagi
P. Hiskett
Nicholas Dallmann

The minimum wavelength separation for multiplexing 1.3 /spl mu/m QKD with 1.5 /spl mu/m classical optical channels is experimentally determined for impairment-free QKD+WDM transmission.

Keywords:

Quantum key distribution
Quantum cryptography
Interferometry
Physics
Optics
Wavelength
Multiplexing
Communication channel
Wavelength-division multiplexing
Channel spacing
Optoelectronics
Light scattering

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