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1、ASR 1000 Hands-on TrainingASR 1000 Advanced Training Guide Lei CCCIE #6399, R/S and SecurityTechnical Marketing EngineerASR 1000 Marketing Team11/2009, Version 1.0 Executive Summary The Cisco ASR 1000 Series Aggregation Services Router is Ciscos next-generation, modular, highly services-integrated r
2、outing platform designed with the flexibility to support a wide range of 2- to 10-Mpps packet forwarding, 2.5- to 20-Gbps system bandwidths, performance, and scaling. The overall system architecture is common across the chassis. With the Cisco ASR 1000 Series introduction, Cisco is creating an entir
3、ely new price-for-performance class with an innovative set of capabilities to respond to changes that are converging within the service provider and enterprise networks: video, Web 2.0, collaborative applications, and emerging requirements, all of which require a different type of edge device. Cisco
4、 ASR 1000 Series Routers bring many innovations to the routing industry; some of the most notable ones follow: Extremely modular, flexible, and integrated design for meeting changing requirements in todays networks First revolutionary Cisco QuantumFlow Processor (Cisco QFP) Cisco QuantumFlow Process
5、or-based platform that facilitates various services up to 20 Gbps True carrier-class system from the beginning, with In Service Software Upgrade (ISSU) that offers nonstop router operation Complete logical and physical separation of system routing, forwarding, and I/O planes, resulting in a highly r
6、obust system that is flexible to meet always-increasing performance needs Software modularity to minimize the effects of software upgrades in the system and lower operational expenses (OpEx) Highly sophisticated system software and hardware design to boost application availability even during system
7、 oversubscription Lights-out remote management facility: The Cisco ASR 1000 Series Route Processor remains accessible through a console Ethernet management port, even during Cisco IOS Software failure. Investment protection: These routers reuse the investment made in network I/O by using Cisco share
8、d port adapter (SPAs).Target AudiencesCisco SE, TAC engineer, AS consulting engineer, Solution testing engineer, or Customers, who work on the ASR 1000 for the Service Provider or Enterprise Edge Routing market.Althought this document is written specifically for the hands-on training, it could be us
9、ed as ASR 1000 technical reference in general, especially for the configuration and troubleshootingDisclaimerThis training document intends to help customers and internal employees understand ASR 1000 configuration and troubleshooting. Although the lab design and configuration examples could be used
10、 as a reference, its not intended for real design, and not a Cisco recommended or validated design either. For the design related questions, please contact the ASR 1000 marketing team.This hands-on lab document intends to give students a jump start on ASR 1000 configuration for a specific set of maj
11、or features. However, there are lots of other features which are supported on ASR 1000, but not mentioned in this document.Also due to lab equipment restrictions, the traffic throughput in this lab is no way near the capacity of the ASR1000. For the official performance and scaling number, please co
12、ntact ASR 1000 marketing team.This lab and this document are based on the latest RLS5 throttle image. The behavior of features could subject to changes in the new releases. Throttle images are NOT recommended for production network as they have not yet gone through full testing cycles. For officiall
13、y supported software, please check CCO.The document is written based on the best knowledge of the author. If you think anything is wrong or inaccurate, please contact or ask-asr1000- Table of ContentModule 0 Details of the Lab Setup Lab Topology Pre-built baseline configuation Traffic Tool Lab Acce
14、ssModule 1 DMVPN and GETVPN Configure DMVPN Configure GETVPN Key Server Configure DMVPN over GETVPNModule 2 2547 over DMVPN/GRE Configure MPLS VPN over DMVPN Configure MPLS VPN over P2P GRE Tunnel Traffic VerificationModule 3 EoMPLS over DMVPN/GRE Configure EoMPLS Traffic VerificationModule 4 Multic
15、ast VPN over GRE/IPSec Configure Multicast VPN Traffic VerificationModule 5 IPv6 Configure 6to4 Automatic Tunneling with GETVPN protection Configure IPv6 GRE Tunneling with IPSec protection Configure IPv6 BGP Routing over Tunnels Traffic VerificationModule 6 QoS Configure Ingress Marking Configure Egress Hierachical Traffic Shaping on the Physical Interface Configure Egress Hierachical Traffic Shaping on the GRE Tunnels Traffic VerificationModule 7 VRF Aware Firewall and NAT Conf
