Practical solutions for the world of packetized voice over data networks
- Features in-depth solutions for the design and implementation of integrated voice and data networks
- Detailed configurations show network engineers how to implement packetized voice immediately
- Chapters on voice theory and data theory ensure mastery of fundamental knowledge
- Learn how to lower costs, streamline your organization, prepare for new multimedia applications, and gain a competitive advantage by integrating your voice and data networks
The integration of voice and data networks is creating a fundamental change in the telecommunications and data industries. This change means better phone service, lower prices, new features, less maintenance, and more choices, leading to a complete convergence of the data networking and telecommunications industries into a single community. With all this growth and change, network engineers and managers need specific information on how to integrate and configure packetized voice networks. Integrating Voice and Data Networks is the one reference manual you need to learn how to integrate traditional voice technology into existing Cisco data networks.
Integrating Voice and Data Networks is both a conceptual reference and a practical how-to book that bridges the gap between existing telephony networks and the new world of packetized voice over data networks. Underlying technologies are explained in a non-product-specific manner that gives a holistic understanding of voice/data integration. You'll then follow a complete process to design and implement a variety of network scenarios, leveraging author Scott Keagy's extensive experience with real voice/data networks.
Integrating Voice and Data Networks focuses on the implementation of Voice over Frame Relay (VoFR), Voice over ATM (VoATM), and Voice over IP (VoIP) using Cisco IOS(r) voice gateways, including the Cisco MC3810, Cisco 2600/3600/7200/7500 series routers, and Cisco AS5300/AS5800 access servers.
Scott Keagy, CCIE(r) No. 3985, leads a National Emergency Number Association (NENA) working group that is responsible for defining the future E9-1-1 interface between enterprises and service providers in IP telephony environments. As a product manager at Cisco Systems, he is responsible for E9-1-1 and emergency services features, CallManager extension mobility, and driving the network security road map for enterprise voice products. Prior to joining Cisco Systems, he was a cofounder of SK Networks Inc., a voice and data network consulting firm with customers including Cisco Systems, Pacific Bell, SBC Datacomm, and their customers. In addition to his consulting experience, Scott has IT experience working for Cisco Systems, Hewlett-Packard, and the United States Department of Commerce. He earned a bachelor's degree in biology from University of California, San Diego.
