Layer 2 VPN Architectures: Pseudo-wire Emulation - Hardcover

Luo, Wei; Pignataro, Carlos; Bokotey, Dmitry; Chan, Anthony

Hardcover

ISBN 10: 1587051680 ISBN 13: 9781587051685

Publisher: Cisco Systems, 2005

Synopsis

A complete guide to understanding, designing, and deploying Layer 2 VPN technologies and pseudowire emulation applications

• Evaluate market drivers for Layer 2 VPNs
• Understand the architectural frame-work and choices for Layer 2 VPNs, including AToM and L2TPv3
• Grasp the essentials of Layer 2 LAN and WAN technologies
• Examine the theoretical and operational details of MPLS and LDP as they pertain to AToM
• Understand the theoretical and operational details of Layer 2 protocols over L2TPv3 in IP networks
• Learn about Layer 2 VPN bridged and routed interworking and Layer 2 local switching
• Understand the operation and application of Virtual Private LAN Services (VPLS)
• Learn about foundation and advanced AToM and L2TPv3 topics through an extensive collection of case studies 

The historical disconnect between legacy Layer 2 and Layer 3 VPN solutions has forced service providers to build, operate, and maintain separate infrastructures to accommodate various VPN access technologies. This costly proposition, however, is no longer necessary. As part of its new Unified VPN Suite, Cisco Systems® now offers next-generation Layer 2 VPN services like Layer 2 Tunneling Protocol version 3 (L2TPv3) and Any Transport over MPLS (AToM) that enable service providers to offer Frame Relay, ATM, Ethernet, and leased-line services over a common IP/MPLS core network. By unifying multiple network layers and providing an integrated set of software services and management tools over this infrastructure, the Cisco® Layer 2 VPN solution enables established carriers, IP-oriented ISP/CLECs, and large enterprise customers (LECs) to reach a broader set of potential VPN customers and offer truly global VPNs.

 

Layer 2 VPN Architectures is a comprehensive guide to consolidating network infrastructures and extending VPN services. The book opens by discussing Layer 2 VPN applications utilizing both AToM and L2TPv3 protocols and comparing Layer 3 versus Layer 2 provider-provisioned VPNs. In addition to describing the concepts related to Layer 2 VPNs, this book provides an extensive collection of case studies that show you how these technologies and architectures work. The case studies include both AToM and L2TPv3 and reveal real-world service provider and enterprise design problems and solutions with hands-on configuration examples and implementation details. The case studies include all Layer 2 technologies transported using AToM and L2TPv3 pseudowires, including Ethernet, Ethernet VLAN, HDLC, PPP, Frame Relay, ATM AAL5 and ATM cells, and advanced topics relevant to Layer 2 VPN deployment, such as QoS and scalability.

 

 

 

 

About this title

About the Author:

Wei Luo, CCIE No. 13,291, is a technical leader for Cisco Systems. He is the principle designer and developer for Cisco Layer 2 VPN products including AToM and VPLS. Wei actively participates in IETF standarization processes.

 

Carlos Pignataro, CCIE No. 4619, is a senior engineer in the Escalation Team for Cisco Systems. In this role he is responsible for handling difficult and complex escalations, working on critical or stalled software defects, and participating in the new product and development process.

 

Dmitry Bokotey, CCIE No. 4460, holds a quadruple CCIE title in the fields of Routing and Switching, ISP Dial, Security, and Service Provider. He is a network consulting engineer with the Central Engineering and Metro Ethernet team of Cisco Systems.

 

Anthony Chan, CCIE No. 10,266, is a network consulting engineer for the Cisco System Advanced Services Central Engineering organization. Anthony participates in MPLS and routing technology teams, which provide focused design and proactive support to service provider and enterprise customers.

 

About this edition

• Publisher: Cisco Systems
• Publication date: 2005
• ISBN 10: 1587051680
• ISBN 13: 9781587051685
• Binding: Hardcover
• Number of pages: 623