Multiwavelength Analog Video Transport Network (1998)

By Dogan A. Atlas, John J. Kenny, ANTEC Corporation

We report an experimental 8-channel dense wavelength division multiplexed 1550-nm analog video transmission using directly modulated lasers over 40 km of standard fiber, through two cascaded Erbium-Doped Fiber Amplifiers with adequate carrier-to-noise and distortion performance. Multiwavelength analog video transport networks provide an end-to-end transparent information pipe with increased service penetration.

By clicking the "Download Paper" button, you are agreeing to our terms and conditions.

Similar Papers

Multiwavelength Analog Video Transport Network
By Dogan A. Atlas, John J. Kenny, ANTEC Corporation
1998
DWDM Block Converted Return Transmission Performance
By John J. Kenny, Mark A. Linford, ANTEC Corporation
2000
Invisible Hub or End-to-End Transparency
By Oleh J. Sniezko & Tony E. Werner
1998
Advances In Optical Fiber Technology For Analog Transport-Technical Advantages And Recent Deployment Experience
By Andy Woodfin, Jim Painter*, Boh Ruffin, Corning Incorporated, *Comcast Corporation
2003
Fiber Induced Distortion And Phase Noise To Intensity Noise Conversion In Externally Modulated CATV Systems
By Dogan A. Atlas, Scientific-Atlanta, Inc
1996
Impact Of Dispersion On Analog Video Transmission
By Louis D. Williamson, American Television and Communications Corporation
1991
Integrating New Telecommunication Services Into The Broadband Network
By Andy Paff, ANTEC Corporation
1994
Issues In Handling Cable Signals Within Digital Optical Interconnect Networks
By James O. Farmer, Electronic System Products and Edward J. Callahan, Antec Corporation
1994
Packet Network Topologies For Next Generation Video On Demand And Switched Broadcast Service Delivery
By John Amaral and Paul Pilotte, Artel Video Systems
2003
Coexistence Of Analog And Digital Video
By Aravanan Gurusami, Robert Chamberlin, and Jeff Cox, Magnavox CATV Systems, Inc.
1992
More Results >>