Bandwidth Monitoring Parameters for Capacity Management (2000)

By Dennis Cleary, High Speed Access Corp.

Operators need to effectively plan and manage capacity when designing and building a broadband network. These networks need to be capable of handling services available today. They must have the flexibility to grow and meet future demands. The success rate of a cable operator’s system, from a service and an economic stand point can be directly effected by circuit capacity management. An excess of bandwidth can be economically inefficient when on the other hand, not enough bandwidth will cause delays resulting in possible lost revenue. We will discuss bandwidth monitoring parameters to assist the cable operator with a general understanding of Bandwidth issues for their systems. The basic parameters follow the 70/30 rule. The following is the equivalent of a brief white paper with some of the issues that impact the 70/30 rule.

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

Similar Papers

Bandwidth Monitoring Parameters for Capacity Management
By Dennis Cleary, High Speed Access Corp.
Blended Technologies Operating in the World of HFC, Wireless, DSL, and Other Transport Technologies
By Jeff Tokar, High Speed Access Corp.
Bandwidth Utilization On Cable-Based High Speed Data Networks
By Terry D. Shaw, Ph. D., CableLabs
Service And Management Orchestration in Distributed High Speed Data Networks
By Dan Torbet, Tom Cloonan, and Andy Aftelak, ARRIS and Steve Krapp, MaxLinear
Capacity Planning For Cable High-speed Data Services✝
By K. R. Krishnan, Martin Eiger, Arnie Neidhardt, and Tamra Carpenter Telcordia Technologies, New Jersey
High Speed Internet Access Using Cable Modems with Telephone Return
By Jonathan Fellows Ph.D., Victor T. Hou, General Instrument Corporation
Internet Access Via Cable TV: High Speed Access To The Information Highway
By Lynn Jones, Digital Equipment Corporation
Bandwidth-Efficient, High-Speed Modems For Cable Systems
By Stephen W. Klare and J. M. Rozmus, Scientific-Atlanta
The Dennis Botman Story: A Tale of Next-Level Chatops
By Michael Winslow, Ryan Emerle & Mia Kuang, Comcast Corporation
Approaching the Cosmic Speed Limit: Introducing Hollow Core Fibers for Low Latency and High Capacity
By Venk Mutalik, Amarildo Vieira, Dan Rice,Bob Gaydos, Elad Nafshi; Comcast
More Results >>