Chapter 1-13 Outlines Outline:
Chapter 1: Review
Chapter Overview |
1.1 | The OSI Model
1.1.1 | Layered network model
1.1.2 | The OSI model layer functions
1.1.3 | Peer-to-peer communications
1.1.4 | Five steps of data encapsulation
1.2 | LANs
1.2.1 | LAN devices and technologies
1.2.2 | Ethernet and IEEE 802.3 standards
1.2.3 | Carrier sense multiple access with collision detection
1.2.4 | Logical (IP) addressing
1.2.5 | MAC addressing
1.3 | TCP/IP Addressing
1.3.1 | TCP/IP environment
1.3.2 | Subnetworks
1.4 | Host Layer (the Upper 4 Layers of the OSI Model)
1.4.1 | Application, presentation and session layers
1.4.2 | Transport layer
1.4.3 | Transport layer functions
Chapter Summary Chapter Quiz |
Chapter 2: WANs and Routers
Chapter Review |
Chapter Overview |
2.1 | WANs
2.1.1 | WANs and devices
2.1.2 | WAN standards
2.1.3 | WAN technologies
2.2 | WANs and Routers
2.2.1 | Router Basics
2.2.2 | The function of a router in a WAN
2.2.3 | Semester 2 lab topology
Chapter Summary Chapter Quiz |
Chapter 3: Router CLI
Chapter Review |
Chapter Overview |
3.1 | Router User Interface
3.1.1 | User and privileged modes
3.1.2 | User mode command list
3.1.3 | Privileged-mode command list
3.1.4 | User router help functions
3.1.5 | Using IOS editing commands
3.1.6 | Using IOS command history
3.2 | Using The Router Interface and Interface Modes
3.2.1 | Lab: Router user interface
3.2.2 | Lab: Router user interface modes
Chapter Summary |
Chapter Quiz |
Chapter 4: Router Components
Chapter Review |
Chapter Overview |
4.1 | Router Components
4.1.1 | External router configuration sources
4.1.2 | Internal router's configuration components
4.1.3 | RAM for working storage in the router
4.1.4 | Router modes
4.2 | Router Show Commands
4.2.1 | Examining router status by using router status commands
4.2.2 | The show running-config and show startup-config commands
4.2.3 | The show interfaces, show version and show protocols commands
4.2.4 | Lab: router show commands
4.3 | Router's Network Neighbors
4.3.1 | Gaining Access to other routers by using Cisco Discovery Protocol (CDP)
4.3.2 | Showing CDP neighbor entries
4.3.3 | A CDP configuration example
4.3.4 | Showing CDP entries for a device and CDP neighbors
4.3.5 | Lab: CDP Neighbors
4.4 | Basic Networking Testing
4.4.1 | Testing process that uses the OSI model
4.4.2 | Testing the application layer by using telnet
4.4.3 | Testing the network layer using the ping command
4.4.4 | Testing the network layer with the trace command
4.4.5 | Testing network layer with the show ip route command
4.4.6 | Using the show interfaces serial command to test the physical and data link layers
4.4.7 | The show interfaces and clear counters commands
4.4.8 | Checking real-time traffic with debug
4.5 | Challenge Lab
4.5.1 | Troubleshooting tools challenge
Chapter Summary |
Chapter Quiz |
Chapter 5: Router Startup and Setup
Chapter Review |
Chapter Overview |
5.1 | Router Boot Sequence and Setup Mode
5.1.1 | Router startup routine
5.1.2 | Router startup sequence
5.1.3 | Commands related to router startup
5.2 | System Configuration Dialog
5.2.1 | Using the setup command
5.2.2 | Setting up global parameters
5.2.3 | Setting up interface parameters
5.2.4 | Setting up script review and use
5.3 | Challenge Lab
5.3.1 | Router Setup Lab
Chapter Summary |
Chapter Quiz |
Chapter 6: Router Configuration 1
Chapter Review |
Chapter Overview |
6.1 | Router Configuration Files
6.1.1 | Router configuration file information
6.1.2 | Working with Release 11.x configuration files
6.1.3 | Working with pre-Release 11.0 configuration files
6.1.4 | Using the copy running-config tftp and copy tftp running-config commands
6.1.5 | Describe using NVRAM with Release 11.x.
6.1.6 | Using NVRAM with Pre-11.0 IOS software
6.2 | Router Configuration Modes
6.2.1 | Using router configuration modes
6.2.2 | Global configuration modes
6.2.3 | Configuring routing protocols
6.2.4 | Interface configuration commands
6.2.5 | Configuring a specific interface
6.3 | Configuration methods
6.3.1 | Release 11.x configuration methods
6.3.2 | Pre-Release 11.0 configuration methods
6.3.3 | Password configuration methods
6.3.4 | Router identification configuration
6.4 | Challenge Labs
6.4.1 | Configuration labs
6.4.2 | Cisco Configmaker
6.4.3 | Router config. web browser
Chapter Summary |
Chapter Quiz |
Chapter 7: IOS Images
Chapter Review |
Chapter Overview |
7.1 | The Basics of IOS Versions
7.1.1 | Locating the Cisco IOS software
7.1.2 | Configuration register values
7.1.3 | The show version command
7.2 | Bootstrap Options in Software
7.2.1 | Boot system commands
7.2.2 | Preparing for the use of TFTP
7.2.3 | The show flash command
7.3 | IOS Naming and Software Image Backup
7.3.1 | Cisco's IOS naming conventions
7.3.2 | The copy flash tftp command
7.3.3 | The copy tftp flash command
7.3.4 | How to load a software image backup
Chapter Summary |
Chapter Quiz |
Chapter 8: Router Configuration 2
Chapter Review |
Chapter Overview |
8.1 | Configuring a Router from the CLI after Start-up Config has been Erased
8.1.1 | Router configuration process
8.1.2 | Router password recovery procedure on 1600 and 2500 series routers
8.2 | Router Configuration Lab
8.2.1 | Individual router config.
Chapter Summary |
Chapter 9: TCP/IP
Chapter Review |
Chapter Overview |
9.1 | The TCP/IP Protocol Suite
9.1.1 | The Internet TCP/IP protocols and the OSI model
9.1.2 | NTCP/IP protocol stack and the application layer
9.1.3 | NTCP/IP protocol stack and the transport layer
9.1.4 | TCP and UDP segment format
9.1.5 | TCP and UDP port numbers
9.1.6 | TCP three-way handshake/open connection
9.1.7 | TCP simple acknowledgment and windowing
9.2 | 2 Layer 3 Concepts
9.2.1 | TCP/IP and the Internet Layer
9.2.2 | Diagram the IP datagram
9.2.3 | Internet Control Message Protocol (ICMP)
9.2.4 | How ARP works
Chapter Summary |
Chapter Quiz |
Chapter 10: IP Addressing
Chapter Review |
Chapter Overview |
10.1 | IP Addressing and Subletting
10.1.1 | The purpose of IP address
10.1.2 | The role of host address on a routed network
10.1.3 | The role of broadcast addresses on a routed network
10.1.4 | The assignment of router interface and network IP addresses
10.2 | The Role of DNS in Router Configurations
10.2.1 | The ip address command
10.2.2 | The ip host command
10.2.3 | Describe the ip name-server command
10.2.4 | How to enable and disable DNS on a router
10.2.5 | Show hosts command
10.3 | Verifying Address Configuration
10.3.1 | Verification commands
10.3.2 | The telnet and ping commands
10.3.3 | The trace command
10.4 | Assigning New Subnet Numbers to the Topology
10.4.1 | Topology challenge lab
Chapter Summary |
Chapter Quiz |
Chapter 11: Routing
Chapter Review |
Chapter Overview |
11.1 | Routing Basics
11.1.1 | Path determination
11.1.2 | How routers route packets from source to destination
11.1.3 | Network and host addressing
11.1.4 | Path selection and packet switching
11.1.5 | Routed versus routing protocol
11.1.6 | Network-layer protocol operations
11.1.7 | Multiprotocol routing
11.2 | Why Routing Protocols are Necessary
11.2.1 | Static versus dynamic routes
11.2.2 | Why use a static route
11.2.3 | How a default route is used
11.2.4 | Why dynamic routing is necessary
11.2.5 | Dynamic routing operations
11.2.6 | How distances on network paths are determined by various metrics
11.2.7 | Three classes of routing protocols
11.2.8 | Time to convergence
11.3 | Distance-Vector Routing
11.3.1 | Distance-vector routing basics
11.3.2 | How distance-vector protocols exchange routing tables
11.3.3 | How topology changes propagate through the network of routers
11.3.4 | The problem of routing loops
11.3.5 | The problem of counting to infinity
11.3.6 | The solution of defining a maximum
11.3.7 | The solution of split horizon
11.3.8 | The solution of hold-down timers
11.4 | Link-State Routing
11.4.1 | Link-state routing basics
11.4.2 | How link-state protocols exchange routing tables
11.4.3 | How topology changes propagate through the network of routers
11.4.4 | Two link-state concerns
11.4.5 | Unsynchronized link-state advertisements (LSAs) leading to inconsistent path decisions amongst routers
11.5 | The Context of Different Routing Protocols
11.5.1 | Distance-vectors versus link-state routing protocols
11.5.2 | Hybrid routing protocols
11.5.3 | LAN-to-LAN routing
11.5.4 | LAN-to-WAN routing
11.5.5 | Path selection and switching of multiple protocols and media
Chapter Summary |
Chapter Quiz |
Chapter 12: Routing Protocols
Chapter Review |
Chapter Overview |
12.1 | Initial Router Configuration
12.1.1 | Setup mode
12.1.2 | The initial IP routing table
12.1.3 | How a router learns about destinations
12.1.4 | The ip route command
12.1.5 | Using the ip route command
12.1.6 | The ip default-network command
12.1.7 | Using the ip default-network command
12.2 | Interior and Exterior Routing Protocols
12.2.1 | Autonomous system
12.2.2 | Interior versus exterior routing protocols
12.2.3 | Interior IP routing protocols
12.2.4 | IP routing configuration tasks
12.2.5 | Using the router and network commands
12.3 | RIP
12.3.1 | Key elements of RIP
12.3.2 | Using router rip and network commands to enable RIP
12.3.3 | Enabling RIP on an IP-addressed network
12.3.4 | Monitoring of IP packet flow using the show ip protocol command
12.3.5 | The show ip route command
12.4 | IGRP
12.4.1 | Key characteristics of IGRP
12.4.2 | Using router igrp and network commands to enable IGRP
12.4.3 | Enabling IGRP on an IP-addressed network
12.4.4 | Monitoring IP packet flow using the show ip protocol command
12.4.5 | The show ip interfaces command
12.4.6 | The show ip route command
12.4.7 | The debug ip rip command
12.5 | Challenge Labs
12.5.1 | Rip convergence challenge
12.5.2 | Routing loops setup challenge
12.5.3 | Preventing routing loops
Chapter Summary |
Chapter Quiz |
Chapter 13: Network Troubleshooting
Chapter Review |
Chapter Overview |
13.1 | Troubleshooting the 5-Router Network
13.1.1 | The standard configuration
13.1.2 | Describe typical layer 1 errors
13.1.3 | Typical layer 2 errors
13.1.4 | Typical layer 3 errors
13.1.5 | Network troubleshooting strategies
13.1.6 | Troubleshooting lab on a 5-router network
Chapter Summary |