Distance Vector and Link State Routing Protocols
Now that you are aware of the routing methods available, this section looks at the two main types of routing methods that routers use to detect remote destinations dynamically. Distance vector protocols (a vector contains both distance and direction), such as RIP, determine the path to remote networks using hop count as the metric. A hop count is defined as the number of times a packet needs to pass through a router to reach a remote destination. For IP RIP, the maximum hop is 15. A hop count...
Example 761 R1s Full Working Configuration
Interface Ethernet0 0 ip address 131.108.1.1 255.255.255.0 interface Serial1 3 ip address 171.108.1.2 255.255.255.252 clockrate 128000 router bgp 333 network 131.108.1.0 mask 255.255.255.0 neighbor 171.108.1.1 remote-as 50001 neighbor 171.108.1.1 prefix-list ccnp in ip prefix-list ccnp seq 40 permit 7.0.0.0 8 ip prefix-list ccnp seq 45 permit 8.0.0.0 8 ip prefix-list ccnp seq 50 permit 9.0.0.0 8 ip prefix-list ccnp seq 55 permit 11.0.0.0 8 ip prefix-list ccnp seq 60 permit 141.1.0.0 16 i line...
Figure 15 VLSM in a Large Network
The Class B address 141.108.0.0 has been assigned to you for this task. You should ensure this address space is designed so that company growth allows you to use IP address space wisely to conserve it. Ensure summarization is possible with the three distribution routers. It is important that the IP addressing scheme is correctly laid out in a hierarchical fashion so that you can use summarization IP routing tables to keep them to a minimum. Start with the core of the network with a possible 20...
About the Technical Reviewers
Frank Arteaga works as a support engineer for Cisco Systems, Inc. in Sydney, Australia. He holds a bachelor of engineering in telecommunications degree as well as a masters degree in multichannel communications, a Graduate Diploma in Information Systems, and a Graduate Certificate in Internetworking. Frank has 11 years of experience in the computer industry and is also a CCNP, CCNA, CNE, and CNA. Prior to working at Cisco, Frank has done consulting, design, and support work for companies, such...
CCIE Lab Exam Test Format
Passing the qualification examination is the easier part of the CCIE exam journey. To pass the lab exam, your life needs to change dramatically, and you need to study on routers full time for at least three to six months. The good news is that the format of the lab examination has changed from two full days to one day only. You are no longer required to troubleshoot a network (regarded as the true method to test a CCIE's ability to restore a network back to full IP connectivity) you are now...
CCIE Lab Exam Frequently Asked Questions
The following are some frequently asked questions regarding the difficult one-day CCIE Lab Examination 1 When did the lab format change from two days to one day A October 2001. All CCIE certification labs around the world are testing candidates in the new one-day format. 2 Where can I take the lab examination A For locations and contact information, contact the following For lab locations in North America, South America, Europe, and Africa Research Triangle Park, North Carolina Halifax, Nova...
- Acknowledgments
- Advanced OSPF
- Basic Border Gateway Protocol BGP4 Defined
- Basic IBGP Configuration 05 Hours
- Basic Internet Protocol
- Basic ISDN Configuration 05 Hours
- BGP Attributes
- BGP Routing Configuration 5 Hours
- Catalyst Ethernet Switch Setup I 025 Hours
- Catalyst Ethernet Switch Setup II 025 Hours
- Catalyst Switch Setup 6SG9 G2S Hours
- Chapter - 2
- Routing Principles 3
- Basic Open Shortest Path First 4
- Advanced OSPF and Integrated Intermediate Systemto Intermediate System
- Enhanced Interior Gateway Routing Protocol
- Basic Border Gateway Protocol
- Advanced BGP 5
- Route Redistribution and Optimization
- CCNP Routing Self Study
- Chapter Organization
- Classful and Classless Routing Protocols
- Command Syntax Conventions
- Communications Server 025 Hours
- Configuring OSPF in a Single Area
- Configuring Route Reflectors
- Connecting Multiple OSPF Areas
- Controlling Routing Updates
- DLSw Configuration 075 Hours
- EBGP Configuration 025 Hours
- EBGP Configuration 1 Hour
- EIGRP Configuration 05 Hours
- EIGRP Configuration 15 Hours
- EIGRP in NBMA Environments
- EIGRP Route Summarization and Large IP Network Support
- Example 1 1 Summary with EIGRP
- Example 1 3 IP Configuration on R1
- Example 1 9 Eigrp Summary
- Example 112 Sample Configuration
- Example 14 show interface ethernet e00 on R1
- Example 16 show interfaces ethernet
- Example 18 IP Configuration on R1 with Four Subnets
- Example 21 show ip route Command on R1
- Example 210 show ip route on R2
- Example 213 debug ip rip Output on R1
- Example 214 R1s Ip Routing Table
- Example 215 R1s RIP Entries Only
- Example 217 show ip route on R1
- Example 219 R1s IP Route Table with RIPv2 Enabled
- Example 22 Routing Protocols You Can Enable on a Cisco Router
- Example 220 R1 Full Configuration
- Example 221 R2 Full Configuration
- Example 223 IP Address Change and Disabling Ip Rip on R2
- Example 225 OSPF Configuration on R2
- Example 226 IP Routing Table on R1
- Example 228 28 R1 Full Configuration
- Example 229 R2 Full Configuration
- Example 230 IP Addressing on R1
- Example 231 IP Addressing on R2
- Example 234 R1 IP Routing Table
- Example 235 Full Configuration for R1
- Example 236 Full Configuration for R2
- Example 237 Configuring EIGRP on R1
- Example 238 Configuring EIGRP on R2
- Example 239 R1s IP Routing Table
- Example 24 show controllers s01 on R2
- Example 240 Ping Request from R1
- Example 242 show ip route eigrp on R1
- Example 243 R1 Full Configuration
- Example 244 R2 Full Configuration
- Example 246 R2 IP Address Changes
- Example 248 Enabling IGRP on R1
- Example 249 Enabling Redistribution on R2
- Example 25 IP Address Configuration on R1
- Example 250 IP Routing Table on R1
- Example 251 IP Routing Table on R2
- Example 253 R1s IP Routing Table
- Example 255 R1s IP Routing Table
- Example 256 R1 Full Configuration
- Example 257 R2 Full Configuration
- Example 258 show ip route on R2
- Example 259 R1s IGRP Routes
- Example 26 IP Address Configuration on R1
- Example 260 Ping Tests from R1 to R2
- Example 261 Extended ping Request on R1
- Example 262 R1s IP Routing Table
- Example 263 debug ip routing and clear ip route Commands
- Example 264 clear ip route on R1
- Example 265 R1 IP Route IGRPOnly Table
- Example 266 R1s IGRP Routing Table
- Example 267 show ip protocol Command
- Example 269 R1s Full Configuration
- Example 27 no shutdown Command on R1
- Example 270 R2 s Full Configuration
- Example 271 show ip route on R1
- Example 28 Enabling E00 and S11 on R2
- Example 29 show ip route Command on R1
- Example 31 Configuring OSPF in a Single Area
- Example 310 Configuration of R2 as ABR
- Example 312 Enable OSPF on R3
- Example 313 IP Routing Table on R6
- Example 314 R3s IP Routing Table
- Example 315 R2s IP Routing Table
- Example 319 show ip ospf virtuallinks
- Example 320 show ip route on R3
- Example 321 Full Configuration on
- Example 322 Full Configuration on R3
- Example 323 Full Configuration on R6
- Example 324 show ip ospf Output
- Example 325 show ip ospf database Output
- Example 326 show ip ospf neighbor from R2
- Example 327 show ip ospf neighbor detail from R6
- Example 328 show ip ospf interface from R6
- Example 329 Changing the Ip Ospf Priority on R2
- Example 33 R2 OSPF Configuration
- Example 330 Shutting Down R1 E00 and show ip ospf neighbor Commands
- Example 331 show ip ospf neighbor on R2
- Example 332 R2s OSPF Routing Table
- Example 333 Changing the Default Cost on R1 E00
- Example 334 R2s OSPF Routing Table After the Cost Change
- Example 335 R3s Frame Relay Configuration
- Example 337 The Frame Relay Configuration on R5
- Example 34 R1s IP Routing Table
- Example 340 OSPF and IP Address Configuration on R5
- Example 341 show ip ospf neighbor Command on R3
- Example 342 show ip ospf interface serial 0 Command on R3
- Example 343 Static Neighbor Configuration on R3
- Example 344 Ip Ospf Priority Set to 0 on R4 and R5
- Example 346 R3s Full Configuration
- Example 347 R4s Full Configuration
- Example 348 R5s Full Configuration
- Example 350 show ip ospf interface Command on San Fran
- Example 351 show ip ospf interface Command on Chicago
- Example 352 OSPF Configuration on Chicago
- Example 354 show ip ospf interface Command on Chicago
- Example 355 show ip ospf interface ethernet 00 Command on San Fran
- Example 356 debug ip ospf adj and Sample IOS Display
- Example 357 Changing Hello Interval to 10 Seconds on San Fran
- Example 358 San Fran IP Routing Table
- Example 359 Possible show and debug OSPF Commands
- Example 36 R1 Routing Table
- Example 360 The Full Working Configuration on San Fran
- Example 361 The Full Working Configuration on Chicago
- Example 362 R1s Full Configuration
- Example 363 R2 s Full Configuration
- Example 364 R3s Full Configuration
- Example 365 R6s Full Configuration
- Example 366 R1s IP Routing Table and Ping Requests to Area
- Example 37 show ip ospf interface ethernet 00 on R1
- Example 38 R1 Full Configuration
- Example 39 R2 Full Configuration
- Example 41 R1s OSPF Routing Table
- Example 410 R1s Full Configuration
- Example 411 R2s Full Configuration
- Example 412 R3s Full Configuration
- Example 413 R4s Full Configuration
- Example 414 R5s Full Configuration
- Example 415 R6 s Full Configuration
- Example 416 R7s Full Configuration
- Example 417 R8 s Full Configuration
- Example 418 R5s Current IP Routing Table
- Example 419 Summary on R3
- Example 421 Summary on R5
- Example 423 Configuring a Stub Area
- Example 424 show ip ospf neighbor Command on R5
- Example 425 Stub Configuration on R5
- Example 429 R5s IP Routing Table
- Example 436 Configuration on R4
- Example 439 R4s IP Routing Table
- Example 44 R1 Routing Table
- Example 440 Sample Output of show clns isisneighbor Command from R4
- Example 441 Sample Output of show isis database Command from R4
- Example 442 R4s Full Configuration
- Example 443 R8 s Full Configuration
- Example 444 R9s Full Configuration
- Example 445 Sample Ping Requests from R4
- Example 446 Routing OSPF to ISIS on R4
- Example 447 R8s IP Routing Table
- Example 448 Sample Ping Request to 13110821 from R8
- Example 449 IP Routing Table on R9
- Example 451 R1s OSPF Routing Table
- Example 452 Configuring ISIS to OSPF Redistribution
- Example 453 R1s OSPF Routing Table
- Example 455 show ip route ospf Command on R1
- Example 456 Sample Pings from R8 to R1
- Example 459 show ip route isis Command on R9
- Example 460 Full Working Configuration of Router Sydney
- Example 461 Full Working Configuration of Router Simon
- Example 462 Full Working Configuration of Router
- Example 463 Full Working Configuration of Router San Fran
- Example 464 Sydney IP Routing Table
- Example 465 Simons IP Routing Table
- Example 466 show ip ospf neighbor Command on Simo
- Example 48 show ip router ospf Command on R1
- Example 49 show ip ospf virtuallinks on R4
- Example 51 R1 Eigrp Configuration
- Example 512 R1s Eigrp Routing Table
- Example 514 Sample Output of show ip eigrp interfaces on R1
- Example 515 show ip eigrp neighbors Command on R1
- Example 516 show ip route eigrp on R1
- Example 519 show ip eigrp neighbors on R4
- Example 520 show ip route neighbors on R8
- Example 521 Redistribution on R4 Between AS 1 and
- Example 522 show ip route Command on R8
- Example 523 R1s Full Working Configuration
- Example 524 R2s Full Working Configuration
- Example 525 R3s Full Working Configuration
- Example 526 R4s Full Working Configuration
- Example 528 R6 s Full Working Configuration
- Example 529 R7s Full Working Configuration
- Example 531 R3s IP Routing Table
- Example 533 R3s IP Routing Table
- Example 536 show ip route eigrp on R3
- Example 537 show ip route eigrp Command on R4
- Example 539 Summary Eigrp Configuration on R2
- Example 54 Eigrp Neighbors on R1
- Example 542 R1s IP Routing Table
- Example 543 R2 s IP Routing Table
- Example 545 R1s Eigrp Ip Routing Table
- Example 548 R1s IP Routing Table
- Example 549 R2s IP Routing Table
- Example 55 R1s Eigrp Topology Table
- Example 550 R1s Full Working Configuration
- Example 551 R2s Full Working Configuration
- Example 552 R3s Full Working Configuration
- Example 553 R4s Full Working Configuration
- Example 554 EIGRP and IGRP Configuration on R3
- Example 555 Redistribution on R3
- Example 556 Redistributing EIGRP into IGRP on R3
- Example 557 show ip route on R7
- Example 559 R7s IP Routing Table and Ping Requests
- Example 56 R1s IP Routing Table
- Example 560 Redistribution on R4 from OSPF to EIGRP
- Example 561 Redistribution from EIGRP to OSPF on R4
- Example 562 R1s IP Routing Table
- Example 563 Sample Ping Request from R1
- Example 564 show runningconfig on R1
- Example 565 show runningconfig on R2
- Example 566 show runningconfig on R3
- Example 567 show runningconfig on R4
- Example 568 show runningconfig on R7
- Example 569 show runningconfig on R8
- Example 57 R1s Topology Table
- Example 570 show ip eigrp neighbors Command on R1
- Example 571 show ip eigrp topology Command on R1
- Example 572 show ip eigrp interfaces Command
- Example 573 show ip eigrp traffic Command
- Example 575 San Frans Full Working Configuration
- Example 576 Sydneys Full Working Configuration
- Example 577 Brussels Full Working Configuration
- Example 579 show ip route and ping on San Fran - 2
- Example 58 R1s Topology Table
- Example 580 show ip route 17110940 on San Fran - 2
- Example 581 Neighbors Output - 2
- Example 59 R1s Eigrp Routing Table
- Example 610 R2s Routing Table
- Example 611 R3s BGP and IP Tables
- Example 616 R1s BGP Table
- Example 618 Inserting Local Loopback on R2
- Example 619 R1s BGP Table
- Example 621 R1s BGP Table
- Example 624 show ip bgp neighbors on R1 Truncated
- Example 626 show ip bgp summary on R4
- Example 628 R3s BGP Table
- Example 630 show ip bgp on R3
- Example 631 show ip bgp on R3
- Example 632 R1s Full Working Configuration
- Example 633 R2 s Full Working Configuration
- Example 634 R3s Full Working Configuration
- Example 638 show ip bgp neighbors on R1
- Example 639 show ip route on R1
- Example 64 Loopback Configuration on R1
- Example 642 show ip bgp neighbors on R1
- Example 643 Debug Output on R1
- Example 644 R1s Full Working Configuration
- Example 645 R2 s Full Working Configuration
- Example 646 EBGP on R1
- Example 647 EBGP on R2
- Example 648 BGP Table on R1
- Example 650 show ip bgp Command on R1
- Example 651 show ip route Command on R1
- Example 652 Policy Configuration on R1
- Example 654 show ip route on R1
- Example 655 Extended Ping on R1
- Example 658 Sample debug ip policy Output on R1
- Example 659 R1s Full Working Configuration
- Example 66 show ip bgp on R1
- Example 660 R2s Full Working Configuration
- Example 661 BGP Configuration on R1
- Example 662 Route Map Configuration on R1
- Example 663 Community Configuration on R2
- Example 664 R1s IBGP Configuration to R2
- Example 666 Peer Groups Options
- Example 668 Making R2 R3 and R4 Members of the Peer Group Internal
- Example 669 R1s Full Working Configuration
- Example 67 show ip bgp on R2
- Example 670 R2 s Full Working Configuration
- Example 671 R3s Full Working Configuration
- Example 672 R4s Full Working Configuration
- Example 673 show ip bgp summary on R1
- Example 674 show ip bgp
- Example 675 clear ip bgp and show ip bgp on R1
- Example 676 show tcp brief
- Example 677 debug ip bgp events and clear ip bgp on R1
- Example 678 debug ip bgp keepalives on R1
- Example 68 show ip route on R2
- Example 680 R1s Full Working Configuration
- Example 681 R2 s Full Working Configuration
- Example 682 show tcp brief
- Example 683 show ip bgp - 2
- Example 684 show ip bgp summary on R2 - 2
- Example 71 Configuration on R1 for Route Reflection
- Example 710 show ip bgp and show ip route on R2
- Example 712 show ip bgp on R2 and ping on R2
- Example 713 R1s Full Working Configuration
- Example 715 R3s Full Working Configuration
- Example 716 R4s Full Working Configuration
- Example 717 R1 OSPF Configuration
- Example 718 IBGP on R1
- Example 719 IBGP on R2
- Example 723 show ip bgp on R3
- Example 724 show ip route on R3
- Example 725 Disabling Synchronization on R1R5
- Example 726 show ip route on R3
- Example 727 Changing Default Distance
- Example 728 show ip route on R3
- Example 729 show ip bgp on R3
- Example 730 show ip bgp on R3 after R1 Failure
- Example 731 R1s Full Working Configuration
- Example 732 R2s Full Working Configuration
- Example 733 R3s Full Working Configuration
- Example 734 R4s Full Working Configuration
- Example 735 R5s Full Working Configuration
- Example 738 R1s BGP table
- Example 739 R2 s BGP table
- Example 74 show ip bgp summary Command on R1
- Example 740 MED Modification on R2
- Example 742 bgp alwayscomparemed Command on R2
- Example 744 R2 s Full Working Configuration Using MED
- Example 745 ASPath Manipulation of R2
- Example 746 show ip bgp on R2
- Example 747 R1 Allowing Only Default Routes Filter List and Setting Community
- Example 748 R2 Allowing Only Default Routes Filter List and Setting Community
- Example 75 show ip bgp Command on R1
- Example 750 ISP2s Full Working Configuration
- Example 751 R1s Full Working Configuration
- Example 752 R2s Full Working Configuration
- Example 753 Static Route Configuration on ISP1
- Example 754 Prepending Routes on ISP1
- Example 755 show ip bgp on R1
- Example 756 show ip route bgp on R1
- Example 757 Initial Prefix List Configuration on R1 Pointing to ISP1
- Example 76 show ip route on R1
- Example 760 show ip bgp on R1
- Example 762 ISP1s Full Working Configuration
- Example 763 Full show ip bgp Command List
- Example 764 show ip bgp 10008
- Example 765 show ip bgp cidronly on R1
- Example 766 show ip bgp regexp
- Example 767 show ip bgp regexp998
- Example 768 R1s Full Working Configuration
- Example 769 R2s Full Working Configuration
- Example 770 R3s Full Working Configuration
- Example 771 R4s Full Working Configuration R4
- Example 772 R5s Full Working Configuration
- Example 78 show ip route on R1
- Example 81 IP Address Configuration and Enabling IGRP on R3
- Example 810 IP Routing Table and Ping Request on R3
- Example 812 show ip route on R1
- Example 813 Ping Request on R1
- Example 814 Distribution List on R1
- Example 815 show ip route on R1
- Example 817 show ip route and Ping Request on R1
- Example 818 R1s Full Working Configuration
- Example 82 IP Address Configuration and Enabling RIP
- Example 821 show ip route on R1
- Example 822 R1s RIP Configuration
- Example 823 R2s RIP Configuration
- Example 824 R3s RIP Configuration
- Example 825 OSPF Configuration on R1
- Example 826 show ip route on R1
- Example 827 Redistribution on R1
- Example 83 Enable IP and Ripigrp on R1
- Example 830 Redistribution on R3
- Example 831 show ip route and Pings on R1
- Example 833 show runningconfig Truncated on R2
- Example 834 show runningconfig Truncated on R3
- Example 836 Removal of RIP on R2 and Ospfip Address Assignment
- Example 837 Removal of RIP on R3 and Ospfip Address Assignment
- Example 838 R1s IP Routing Table
- Example 839 Area Summary on R1
- Example 843 show ip route ospf on R1
- Example 844 R1s Full Working Configuration
- Example 845 R2s Full Working Configuration
- Example 846 R3s Full Working Configuration
- Example 85 IP Routing Table on R1
- Example 850 shows ip ospf neighbor on R1
- Example 851 Eigrp Configuration on R4
- Example 852 show ip eigrp interfaces on R4
- Example 853 Eigrp Configuration on R5
- Example 856 show ip route eigrp on R2
- Example 857 show ip route eigrp on R3
- Example 858 Retribution on R2
- Example 859 Redistribution on R3
- Example 86 show ip route on R2
- Example 860 show ip route ospf and Pings on R1
- Example 861 show ip route on R4
- Example 862 Pinging Loopbacks from R4
- Example 863 show ip eigrp topology on R4
- Example 864 Shut Down S1 on R4
- Example 865 show ip route eigrp on R4
- Example 866 R1s Full Working Configuration
- Example 867 R2 s Full Working Configuration
- Example 868 R3s Full Working Configuration
- Example 869 R4s Full Working Configuration
- Example 870 R5s Full Working Configuration
- Example 871 R1 Configuration
- Example 874 show ip route R1
- Example 875 Static Route Configuration on R2
- Example 877 R1s Full Working Configuration
- Example 879 Removing the Static Route Configuration on R2
- Example 88 Redistribution from RIP to IGRP on R1
- Example 880 summaryaddress Command on R1
- Example 881 show ip route on R2
- Example 882 Route Map Configuration on R1
- Example 884 show ip route rip on R2
- Example 885 R1s Full Working Configuration
- Example 886 R2s Full Working Configuration
- Example 887 R1s Full Working Configuration
- Example 888 R2s Full Working Configuration
- Example 889 R3s Full Working Configuration
- Example 89 IP Routing Table and Ping Request to 913124 on R2
- Example 890 show ip route on R1
- Example 891 show ip eigrp topology on R1
- Example 892 Pinging Remote Networks on R1
- Example 91 Static Routes on ISP1ISP2
- Example 910 Full Working Configuration of Catalysts Switch 6509
- Example 911 show ip route ospf on R1
- Example 912 show ip ospf neighbor on R1
- Example 913 Pinging Local Loopbacks on R1
- Example 914 Pinging Lanwan Interfaces from R1
- Example 915 show ip ospf interface on R1
- Example 916 show ip route ospf on R2
- Example 917 Ping Request on R2 to Remote Networks
- Example 918 show ip ospf interface on R2
- Example 920 show ip route ospf on R3
- Example 921 Pinging All Loopbacks Using Names on R3
- Example 922 show ip ospf interface on R3
- Example 923 show ip route on R4
- Example 924 show ip ospf interface on R4
- Example 928 Pinging Loopbacks on R4
- Example 929 Igrp Ip Routing Table on R5
- Example 930 Pinging All Loopbacks on R5
- Example 931 show ip route eigrp on R6
- Example 932 show ip eigrp interfaces on R6
- Example 934 Pinging Loopbacks on R6
- Example 935 Telnet into R1 R2 R3 R4 and R6 from R5
- Example 936 show ip bgp on R1
- Example 937 show ip bgp on R2
- Example 938 show ip bgp summary on R1
- Example 939 show tcp brief on R1
- Example 95 R4s Full Working Configuration
- Example 96 R5s Full Working Configuration
- Example 97 R6 s Full Working Configuration
- Example 98 ISP1s Full Working Configuration
- Example 99 ISP2s Full Working Configuration
- Example D1 show module on R9 MSFC
- Figure 11 AND Logic Operation
- Figure 12 Logical AND Operation
- Figure 14 IP Address Configuration Requirements
- Figure 16 IP Helper Requirement
- Figure 32 OSPF Topology and IP Addressing
- Figure 43 ISIS Terminology Diagram
- Figure 47 OSPF and Integrated ISIS Network Topology
- Figure 51 Two Router Eigrp Network
- Figure 56 Eigrp Network
- Figure 63 BGP Topology
- Figure 66 EBGP Topology
- Figure 71 Four Router IBGP Network
- Figure 74 Scenario 72 Physical Topology
- Figure 77 Two Router ISP Simulation
- Figure 78 Five Router Topology
- Figure 85 OSPF and Eigrp Domains
- Frame Relay Setup 05 Hours
- Getting Equipment
- Goals of This Book
- How Best to Use This Book
- How to Best Use This Chapter
- IBGP Configuration 2 Hours
- IGRP Configuration 10 Hour
- Integrated Intermediate Systemto Intermediate System
- Introduction to Enhanced Interior Gateway Routing Protocol EIGRP
- IP Address Configuration 05 Hours
- IP Helper Address
- IPX Configuration 1 Hour
- Loopback IP Addressing Part I 025 Hours
- Loopback IP Addressing Part II 025 Hours
- Multihoming Connections to the Internet
- Ospf
- OSPF and Nonbroadcast Multiaccess Environments
- OSPF Configuration 15 Hours
- OSPF Configuration 25 Hours
- OSPF Modifications 2 Hours
- OSPF over Multiarea NBMA
- Physical Connectivity No Time
- Practical Exercise EBGP and Attributes
- Practical Exercise EIGRP
- Practical Exercise IP
- Practical Exercise OSPF and RIP Redistribution
- Practical Exercise Redistribution
- Practical Exercise RIP Version
- Practical Exercise Routing OSPF
- Practical Exercise Solution - 2 3 4 5 6
- Redistributing from Classless to Classful Protocols
- Redistribution Defined
- Review Questions - 2 3 4
- Routing IP on Cisco Routers
- Routing IP with Cisco Routers
- Sample show ping and telnet Commands
- Scalability with Border Gateway Protocol BGP4
- Scenario 13 Configuring Ip Vlsm for a Large Network
- Scenario 14 Summarization with EIGRP and OSPF
- Scenario 21 Routing IP on Cisco Routers
- Scenario 22 Basic OSPF
- Scenario 23 Basic IGRP
- Scenario 25 Using the show ping trace and debug Commands
- Scenario 31 Configuring OSPF in a Single Area
- Scenario 33 How OSPF Monitors Manages and Maintains Routes
- Scenario 35 Verifying OSPF Routing
- Scenario 41 Configuring OSPF with Multiple Areas
- Scenario 42 Configuring OSPF Summarization
- Scenario 43 Configuring Integrated ISIS
- Scenario 45 Recommendations for Designing OSPF Networks
- Scenario 51 Configuring EIGRP
- Scenario 55 Verifying Eigrp Configuration
- Scenario 61 EBGP and IBGP
- Scenario 63 BGP with Policy Based Routing
- Scenario 64 BGP with Communities and Peer Groups
- Scenario 65 Verifying BGP Operation
- Scenario 71 Configuring Route Reflectors
- Scenario 73 Configuring Dual Homing ISP Connections
- Scenario 81 Redistributing Between RIP and IGRP
- Scenario 82 Migrating from RIP to OSPF in the Core
- Scenario 84 Route Summarization Using Static Routes
- Scenarios - 2 3
- Self Study Lab Solution
- Strategies for Cisco Exam Preparation
- Strategies for the Exam
- Summarization and How to Configure Summarization
- Summary - 2 3 4 5 6 7 8 9
- Variable Length Subnet Masks VLSM
- Virtual Link Configuration and Options on R8
- VLSM and Summarization with OSPF

