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| Module 1 - 9: Outline |
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| Module : Introduction to Classless Routing |
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| VLSM |
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| What is VLSM and why is it used? |
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| A waste of space |
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| When to use VLSM |
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| Calculating subnets with VLSM |
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| Route aggregation with VLSM |
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| Configuring VLSM |
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| RIP Version 2 |
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| RIP history |
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| RIP v2 features |
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| Comparing RIP v1 and v2 |
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| Configuring RIP v2 |
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| Verifying RIP v2 |
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| Troubleshooting RIP v2 |
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| Default routes |
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| Module : Single-Area OSPF |
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| Link-State Routing Protocol |
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| Overview of link-state routing |
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| Link-state routing protocol features |
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| How routing information is maintained |
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| Link-state routing algorithms |
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| Advantages and disadvantages of link-state routing |
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| Compare and contrast distance vector and link-state routing |
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| Single-Area OSPF Concepts |
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| OSPF overview |
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| OSPF terminology |
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| Comparing OSPF with distance vector routing protocols |
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| Shortest path algorithm |
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| OSPF network types |
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| OSPF Hello protocol |
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| Steps in the operation of OSPF |
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| Single-Area OSPF Configuration |
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| Configuring OSPF routing process |
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| Configuring OSPF loopback address and router priority |
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| Modifying OSPF cost metric |
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| Configuring OSPF authentication |
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| Configuring OSPF timers |
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| OSPF, propagating a default route |
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| Common OSPF configuration issues |
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| Verifying the OSPF configuration |
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| Module : EIGRP |
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| EIGRP Concepts |
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| Comparing EIGRP and IGRP |
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| EIGRP concepts and terminology |
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| EIGRP design features |
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| EIGRP technologies |
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| EIGRP data structure |
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| EIGRP algorithm |
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| EIGRP Configuration |
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| Configuring EIGRP |
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| Configuring EIGRP summarization |
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| Verifying basic EIGRP |
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| Building neighbor tables |
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| Discover routes |
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| Select routes |
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| Maintaining routing tables |
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| Troubleshooting Routing Protocols |
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| Routing protocol troubleshooting process |
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| Troubleshooting RIP configuration |
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| Troubleshooting IGRP configuration |
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| Troubleshooting EIGRP configuration |
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| Troubleshooting OSPF configuration |
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| Module : Switching Concepts |
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| Introduction to Ethernet/802.3 LANs |
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| Ethernet/802.3 LAN development |
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| Factors that impact network performance |
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| Elements of Ethernet/802.3 networks |
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| Half-duplex networks |
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| Network congestion |
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| Network latency |
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| Ethernet 10BASE-T transmission time |
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| The benefits of using repeaters |
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| Full-duplex transmitting |
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| Introduction to LAN Switching |
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| LAN segmentation |
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| LAN segmentation with bridges |
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| LAN segmentation with routers |
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| LAN segmentation with switches |
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| Basic operations of a switch |
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| Ethernet switch latency |
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| Layer 2 and Layer 3 switching |
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| Symmetric and asymmetric switching |
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| Memory buffering |
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| Two switching methods |
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| Switch Operation |
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| Functions of Ethernet switches |
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| Frame transmission modes |
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| How switches and bridges learn addresses |
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| How switches and bridges filter frames |
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| Why segment LANs? |
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| Microsegmentation implementation |
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| Switches and collision domains |
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| Switches and broadcast domains |
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| Communication between switches and workstations |
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| Module : Switches |
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| LAN Design |
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| LAN design goals |
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| LAN design considerations |
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| LAN design methodology |
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| Layer 1 design |
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| Layer 2 design |
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| Layer 3 design |
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| LAN Switches |
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| Switched LANs, access layer overview |
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| Access layer switches |
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| Distribution layer overview |
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| Distribution layer switches |
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| Core layer overview |
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| Core layer switches |
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| Module : Switch Configuration |
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| Starting the Switch |
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| Physical startup of the Catalyst switch |
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| Switch LED indicators |
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| Verifying port LEDs during switch POST |
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| Viewing initial bootup output from the switch |
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| Examining help in the switch CLI |
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| Switch command modes |
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| Configuring the Switch |
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| Verifying the Catalyst switch default configuration |
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| Configuring the Catalyst switch |
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| Managing the MAC address table |
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| Configuring static MAC addresses |
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| Configuring port security |
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| Executing adds, moves, and changes |
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| Managing switch operating system file |
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| 1900/2950 password recovery |
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| 1900/2950 firmware upgrade |
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| Module : Spanning-Tree Protocol |
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| Redundant Topologies |
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| Redundancy |
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| Redundant topologies |
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| Redundant switched topologies |
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| Broadcast storms |
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| Multiple frame transmissions |
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| Media access control database instability |
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| Spanning-Tree Protocol |
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| Redundant topology and spanning tree |
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| Spanning-tree protocol |
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| Spanning-tree operation |
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| Selecting the root bridge |
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| Stages of spanning-tree port states |
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| Spanning-tree recalculation |
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| Rapid spanning-tree protocol |
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| Module : Virtual LANs |
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| VLAN Concepts |
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| VLAN introduction |
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| Broadcast domains with VLANs and routers |
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| VLAN operation |
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| Benefits of VLANs |
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| VLAN types |
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| VLAN Configuration |
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| VLAN basics |
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| Geographic VLANs |
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| Configuring static VLANs |
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| Verifying VLAN configuration |
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| Saving VLAN configuration |
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| Deleting VLANs |
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| Troubleshooting VLANs |
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| Overview |
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| VLAN troubleshooting process |
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| Preventing broadcast storms |
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| Troubleshooting VLANs |
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| VLAN troubleshooting scenarios |
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| Module : Virtual Trunking Protocol |
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| Trunking |
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| History of trunking |
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| Trunking concepts |
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| Trunking operation |
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| VLANs and Trunking |
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| Trunking implementation |
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| VTP |
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| History of VTP |
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| VTP concepts |
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| VTP operation |
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| VTP implementation |
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| VTP configuration |
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| Inter-VLAN Routing Overview |
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