Network Compatffile Architectures (1992)

By John Caezza, Magnavox CATV Systems, Inc.

In recent years, fiber optic transportation equipment has caused the CATV industry to rethink traditional system architectures and service delivery methods. With digital compression in an explosive development phase and I GHz bandwidths rapidly becoming a reality, we are once again re-evaluating architectures and service delivery methods.

In this paper we will take a look at some of the techniques we can use today to make use of Network Compatible Architectures. These NCAs will allow for customer- and capital-friendly system upgrades in the future at the expense of a little pre-planning today.

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

Similar Papers

Network Compatffile Architectures
By John Caezza, Magnavox CATV Systems, Inc.
1992
Advanced Hybrids For CATV Amplifiers
By Jay G. Staiger, Magnavox CATV Systems, Inc.
1983
Quantifying RFI Isolation
By John G. Staiger, Magnavox CATV Systems, Inc.
1986
CATV Potential Of Externally Modulated Lasers
By Larry C. Brown, Magnavox CATV Systems, Inc.
1992
CATV Distribution in A Fiber-in-the-Loop System Utilizing External Modulation
By Charles A. Merk, John Caezza, Philips Broadband Networks, Inc.
1993
Fiber Optic Return Transmitters For CATV
By Nigel Watson, Magnavox CATV Systems
1992
Data Collection For Status Monitoring Systems
By Jeffrey Cox, Magnavox CATV Systems Company
1989
Education - The Means To An End
By Thomas J. Polis, Magnavox CATV Systems, Inc.
1979
CATV System Powering Considerations
By Peter Deierlein, Magnavox CATV Systems Company
1989
Quantifying Signal Leakage - How Do Current Methods Measure Up?
By Sandy B. Livermore, Magnavox CATV Systems, Inc.
1984
More Results >>