Digital Backbone Network Applications for Inter-City and Intra-City Regional CATV Networks (1994)

By Robert W. Harris, C-COR Electronics, Inc.

This paper describes five working examples of how high speed digital fiber optic transmission systems are cun-ently being applied within CATV networks to deliver video, audio and data services for distribution into the cable network. These digital networks provide high signal performance (RS250C medium haul and short haul) and can process and transport the entire range of signals present within the CATV environment including: baseband video and audio, BTSC subcarrier audio, baseband and IF scrambled video, 64 QAM and 16-level VSB signals and low-speed asynchronous data. Also presented here is a review of the digital building blocks that comprise the network and the justifications for selecting digital transmission in each network.

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

Similar Papers

Digital Backbone Network Applications for Inter-City and Intra-City Regional CATV Networks
By Robert W. Harris, C-COR Electronics, Inc.
1994
A Cost and Performance Comparison Between Uncompressed Digital Video and Lightly Loaded AM Supertrunking Methods within CATV Network Upgrades and Rebuilds
By Robert W. Harris, C-COR Electronics, Inc.
1994
Designing Intra-City And Inter-City Cars Band Distribution Systems
By By Dr. Joseph H. Vogelman, Sr. Vice President And Mr. Kenneth Knight, National Sales Manager, Laser Link Corporation
1971
Low-Cost Implementation of Ethernet-based Services over CATV Interconnect Networks
By Robert W. Harris, ADC Broadband Communications and Michael Coden, ADC Codenoll
1998
An Analysis of lnteroperability and Cost Factors for Regional Digital Backbone Networks
By John Holobinko, American Lightwave Systems, Inc.
1994
Considerations for Optical Dense Wave Division Multiplexing in Digital and Analog CATV Network Applications
By John Holobinko, Dr. Jim Farina and Robert Harris, ADC Telecommunications, Inc.
1998
Specialized Test Equipment For CATV Distribution Measurements
By George P. Dixon & Thomas F. Kenly, C-COR Electronics, Inc.
1971
Fiber Backbone: A Proposal For An Evolutionary CATV Network Architecture
By James A. Chiddix, David M. Pangrac, American Television and Communications Corporation
1988
CATV Via Satellite
By Frederick W. Ford, G. Norman Penwell, Louis B. Early, Robert D. Briskman, Irving A. Kahn, Frank W. Norwood, Nathaniel E. Feldman,
1969
Next Generation Cable Network Architecture
By Stephen D. Dukes, Cable Television Laboratories, Inc.
1993
More Results >>