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Kursbeschreibung

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Implementing Broadband Aggregation on Cisco Routers v1.6

Kurs Code: BBAGG
Version: 1.6
Tag(e): 4
Preis: EUR2.800,00 (zzgl. MwSt.)

Kursbeschreibung 

This four-day hands-on course provides you with the information required to implement various broadband aggregation technologies on Cisco Systems® routers, including routed bridge encapsulation (RBE), Point-to-Point Protocol over ATM (PPPoA), Point-to-Point Protocol over Ethernet (PPPoE), and Layer 2 Tunneling Protocol (L2TP). Nine lab sessions help you practice the techniques taught to ensure you are able to implement the technologies on your network. You also explore related technologies including PPPoE over Ethernet (PPPoEoE), PPPoE over IEEE 802.1Q (PPPoEoVLAN), and PPPoE over IEEE 802.1Q Tunneling (PPPoEoQinQ). You will learn how to implement broadband aggregation on the Cisco® 10000 Series Router and apply the lessons learned as applicable to the Cisco 7200 and 7301 Series Routers.


Voraussetzungen

Basic DSL end-to-end architecture, either video on demand or leader-led or equivalent experience

Relevant Courses:

  • Interconnecting Cisco Network Devices Part 2(ICND2)
  • Campus ATM (CATM)




Die nächsten Schulungstermine

Termine auf Anfrage. Bitte kontaktieren Sie uns kostenfrei unter 0800 / 295 26 33





    September
    21 Sep - 24 Sep, 2010USA (United Kingdom)Anfrage
    November
    09 Nov - 12 Nov, 2010Reading (United Kingdom)Anfrage

    Weitere Informationen

    This course is intended for network professionals who need to know how to implement broadband aggregation technologies on Cisco 10000, 7200, and 7301 Series Routers.

    After completing this course, you should be able to:
    • Compare and contrast the various broadband aggregation architectures available with Cisco routers
    • Explain how RBE and Request for Comments (RFC) 1483 routing work, describe their typical architectures and benefits, and configure them on Cisco routers
    • Explain how PPPoA and PPPoE work, along with descriptions of their typical architecture and benefits, and configure them on Cisco routers
    • Explain and configure various methods for optimizing subscriber connections, including permanent virtual connection (PVC) range, autodetect PPP over X (PPPoX) encapsulation, virtual connection (VC) class, ATM PVC autoprovisioning, and broadband aggregation (BBA) groups
    • Explain authentication, authorization, and accounting (AAA) services available on Cisco routers and RADIUS servers and configure AAA services on Cisco routers
    • Explain how L2TP works, describe its typical architecture and benefits, and configure it on Cisco routers
    COURSE OUTLINE
    1. Broadband Aggregation Architectures Overview
    • Broadband Aggregation Network Components
    • ATM Bridging and Routing Methods
    • PPP Broadband Access Methods
    • Remote Access into MPLS
    2. RBE and RFC 1483 Routing
    • RBE Protocol Events
    • RBE Configuration
    • RFC 1483 Routing Protocol Events
    • RFC 1483 Routing Configuration
    3. Point-to-Point Protocol over ATM (PPPoA)
    • PPPoA Protocol Stack
    • PPPoA Protocol Events
    • PPPoA Configuration
    • PPPoA Troubleshooting
    4. Point-to-Point Protocol over Ethernet (PPPoE)
    • PPPoE Discovery Process
    • PPPoE Protocol Stack
    • PPPoE Protocol Events
    • PPPoEoA Configuration
    • PPPoEoE, PPPoEoVLAN, and PPPoEoQinQ Termination Scenarios
    • PPPoEoE, PPPoEoVLAN, and PPPoEoQinQ Configurations
    • PPPoE Troubleshooting
    5. Cisco Aggregation Optimization Features
    • PVC Range
    • VC Class
    • ATM PVC Autoprovisioning
    • Autosense PPPoX Encapsulation
    • PPPoE Profiles
    6. AAA Services
    • AAA Functions
    • AAA-supported Protocols
    • Configuring AAA on Cisco Routers
    • Troubleshooting Aids
    7. Layer 2 Tunneling Protocol (L2TP)
    • L2TP Components
    • L2TP Tunnel and Session Identifiers
    • L2TP Protocol
    • Typical L2TP Scenarios
    • L2TP Configuration
    • Tunnel Verification


    LAB OUTLINE
    Lab 1: Lab Network Orientation
    Prepare your lab environment for the rest of the labs by loading the correct configurations into the hardware and ensuring the network is
    functioning correctly.

    Lab 2: Configuring and Testing RBE
    Configure RBE on the aggregation router using DHCP addressing. Verify that RBE is functioning properly by observing IP interface address,
    route and DHCP tables, by using ping and by transferring data to a server.

    Lab 3: Configuring and Testing RFC 1483 Routing
    Similarly to Lab 2, configure the aggregation router for RFC 1483 routing and confirm its successful deployment.

    Lab 4: Configuring and Testing PPPoA
    Configure a classroom router to terminate PPPoA connections from customer premises equipment (CPE) using a local IP address pool. Use
    show and debug commands to verify the proper operation of PPPoA with PTA on the Cisco aggregation router.

    Lab 5: Configuring and Testing PPPoE over ATM (PPPoEoA)
    Configure a Cisco router to terminate PPPoEoA connections from a subscriber CPE using a local IP address pool. Use show and debug
    commands to verify the proper operation of PPPoEoA with PTA on the Cisco aggregation router.

    Lab 6: Configuring and Testing PPPoE over Ethernet (PPPoEoE)
    Configure a Cisco router to terminate PPPoEoE, PPPoEoVLAN, and PPPoEoQinQ connections from a subscriber CPE using a local IP address
    pool. Use show and debug commands to verify the proper operation of PPPoE with PTA on the Cisco aggregation router.

    Lab 7: Using Cisco Aggregation Optimization Features
    Practice using various Cisco IOS configuration features that optimize broadband aggregation configurations and router performance.

    Lab 8: Configuring and Testing AAA Service
    Configure one of your routers to use AAA RADIUS authentication. Use Cisco IOS show and debug commands and several UNIX commands to
    verify the successful implementation of AAA.

    Lab 9: Configuring and Testing Layer 2 Tunneling Protocol (L2TP)
    Configure the L2TP Access Concentrator (LAC) and the L2TP Network Server (LNS) on classroom routers using local authentication. Next
    configure the LAC and LNS on classrooms router using RADIUS authentication. Verify operation of PPP sessions through a L2TP tunnel.

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