Cost Effective Point to Point AM Fiber Links Using High Power Optical Receivers
By H. Blauvelt, J. Paslaski, and J. Lipson, Ortel Corporation
|
1996 |
Trends in Output Power and Bandwidth of 1310 nm DFB Lasers for AM Video
By H. Blauvelt, P.C. Chen, J. Paslaski, I. Ury, and N. Bar-Chaim, Ortel Corporation
|
1993 |
Feasibility Of Multi-channel VSB/AM Transmission On Fiber Optic Links
By Jack Koscinski, General Optronics Corporation
|
1987 |
Optimum Laser Chirp Range for AM Video Transmission
By Henry A. Blauvelt, P. C. Chen, Norman Kwong, and Israel Ury,
Ortel Corporation
|
1992 |
550 Upgrades With Fiber: Selecting Cost-effective Architectures
By Jay A. Vaughan,
American Television & Communications Corporation
|
1991 |
Multi-Channel AM Fiber Optic CATV Trunks - From Lab to Reality
By Carl J. McGrath, AT&T Bell Laboratories
|
1989 |
Proactive Network Maintenance Evolution to the Optical Domain in Coherent Optics
By L. Alberto Campos, Ph.D. & Zhensheng (Steve) Jia, Ph.D., CableLabs & Larry Wolcott, Comcast
|
2018 |
Fiber Backbone- Multi-channel Am Video Trunking
By James A. Chiddix, American Television and Communications Corporation
|
1989 |
AM Optical Bridger Networks For CATV
By Donald Raskin, Scott Loder and Ronald Oberloh,
Texscan Corporation
|
1991 |
A Point-To-Multipoint Fiber Optic CATV Transport System For The City Of Cleveland, Ohio
By William C. Brinkerhuff, Ohio Bell Telephone Company
|
1988 |
Performance Of AM Multi-Channel Fiber Optic Links
By Rezin Pidgeon, Frank Little, Lee Thompson
|
1989 |
Automatic Level Control Issues In AM Fiber Systems
By Frank R. Little,
John G. Megna,
Heather H. Rand, and
Frederick T. Zendt,
Scientific-Atlanta, Inc.
|
1991 |
Fiber Backbone: A Proposal For An Evolutionary CATV Network Architecture
By James A. Chiddix, David M. Pangrac, American Television and Communications Corporation
|
1988 |
Fiber Optic RF Link Analysis
By J. Koscinski
|
1989 |
Integrated AML/fiber Backbone Systems
By T.M. Straus, Hughes Aircraft Company
Microwave Communications Products
|
1989 |
Optical Fiber Super-Trunking - The Time Has Come: A Performance report On A Real-World System
By James A Chiddix, Oceanic Cablevision, Inc
|
1986 |
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 |
Cost And Performance Comparison Of Fiber Optic CATV Supertrunks Utilizing Fm And Digital Transmission Techniques
By John T. Griffin
|
1989 |
Lightwave Multi-channel AM-VSB Video Systems: Technology Trends and Limits
By T. E. Darcie,
AT&T Bell Laboratories
|
1991 |
An SO-Channel High-Performance Video Transport System Over Fiber Using FM -SCM Techniques for Super-Trunk Applications
By R.F. Kearns, V.S. Shukla, P.N. Baum, and L.W. Ulbricht,
GTE Laboratories Incorporated
|
1991 |
