Cost Effective Cable Television Transport For PCN (1992)

By George Hart, Rogers Engineering

A novel approach for universal transport of PCN signals on Cable Television facilities is described. Experimental Remote Antenna Driver (RAD) hardware has been tested on Cable Television facilities in a variety of user environments including residential, office and shopping mall. Network architecture evolution based on fiber optic signal transport supports consumer demand paced capital deployment. Bidirectional cable transport, essential for PCN is discussed. A comparison with standalone base-station deployment is made.

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

Similar Papers

Cost Effective Cable Television Transport For PCN
By George Hart, Rogers Engineering
1992
Measurement Of CT2 Signal Performance Over Cable Television Facilities
By Gary Chan and Albert Kim, Rogers Engineering
1993
PCN In Cable TV's Strategic Plans
By Archer S. Taylor, Malarkey-Taylor Associates, Inc. & Andrew D. Roscoe, Economic and Management Consultants International, Inc.
1991
550 Upgrades With Fiber: Selecting Cost-effective Architectures
By Jay A. Vaughan, American Television & Communications Corporation
1991
An Integrated Network Management System For Cable Television
By John C. Anderson, Rogers Engineering
1994
Enabling Transport Network Resiliency with Unified Access Transport
By Ivan Bogdanovic, Rogers Communications Inc.; Giancarlo Urbani, Rogers Communications Inc.; Jordan Tontini, Rogers Communications Inc.; Alex Talinga, Rogers Communications Inc.
2023
Implications of Ghost Cancelling to the Cable Industry
By Gary Chan, Rogers Engineering
1992
Digital Audio Applications In Cost-effective Cable TV Systems
By Arthur Vigil, Oak Communications Inc.
1985
National Cable Television Association Engineering Committee Update
By Tom Jokerst and Wendell Bailey, NCTA
1993
An Evolutionary View of A TM Based Cable Television Residential Architectures
By Gaylord A. Hart, XEL Communications, Inc.
1997
More Results >>