Chapter 1-12  and Appendix A - B Media

Media:

Chapter 1: Selecting, Assembling and Cabling WAN Components
1.1.1 Remote Access Overview
WAN Connection Types
1.1.2 Dedicated Connections
Dedicated Serial Connections
1.1.3 Circuit-Switched Connections
Asynchronous Serial Connections
Asynchronous Dialup Connections
Asynchronous Dialup Connections
Circuit-Switched ISDN Connections
1.1.4 Packet-Switched Connections
1.1.5 Typical WAN Protocols
1.1.6 PPP Encapsulation
1.1.7 X.25 and Frame Relay Encapsulations
1.2.1 Selecting WAN Configuration Types
1.2.2 WAN Connection Speed Comparison
1.2.3 WAN Connections Summary
1.3.1 Company Sites
1.3.2 Central-Site Considerations
1.3.3 Branch-Office Considerations
1.3.4 Telecommuter-Site Considerations
1.4.1 Cisco Remote Access Solutions
Remote-Access Options for Each Series of Router
1.4.2 Determining the Appropriate Interfaces - Fixed Interfaces
1.4.3 Determining the Appropriate Interfaces-Modular Interfaces
1.4.4 Selecting Products with Cisco Product-Selection Tools
1.4.5 Product Selection Tool Example
1.5.1 Typical Network Topology
1.5.2 Cisco 3600 Series Router
Cisco 4000 Series Router
Cisco AS 5300 Series Router
Cisco 7000 Series Router
1.5.3 Cisco 1600 Series Router
Cisco 1720 Series Router
Cisco 2500 Series Router
Cisco 2600 Series Router
1.5.4 Cisco 770 Series Router
Cisco 800 Series Router
Cisco 1000 Series Router
1.5.5 Assembling the Network
1.5.6 Verifying Central-Site Installation (1-5)
1.5.7 Verifying Branch-Office Installation (1-2)
1.5.8 Verifying Telecommuter-Site Installation
Chapter 2: Configuring Asychronous Connections with Modems
2.1.1 A Typical Modem Connection
The DTE-DCE Interface
2.1.2 Modem Signaling and Cabling (1-4)
2.1.3 Modem Control Example
2.1.4 Modem Operation
2.1.5 DTE-to-DTE Wiring
RJ-45 Wiring and Cables
2.1.6 Difference Between Console and Auxiliary Ports (1-2)
2.1.7 Working Connections (1-2)
2.1.8 Modem Modulation Standards
2.1.9 Error Control and Data Compression Standards
Modem Speeds and Compression
Theoretical Speeds
2.2.1 Connecting to the Modem (1-2)
2.2.2 Asynchronous Interfaces - Line Numbering
Services and Port Numbers for Lines and Rotary Groups 101
Connecting to Modem
2.2.3 EXEC Connection Commands
2.2.4 Line Types and Numbering
Sample Output for show line
show line Field Descriptions
2.2.5 Interface Async and Line Configuration
2.2.6 Basic Modem Configuration (1-2)
2.3.1 Basic Async Configuration-Modem Preparation
2.3.2 Manual Configuration of Modems with Standard Commands
2.3.3 Manual Configuration of Modems with Nonstandard Commands
2.3.4 Modem Initialization Strings
2.3.5 Modem Autoconfiguration
2.3.6 Modem Capability Database (1-2)
2.3.7 Modem Autodiscovery
2.3.8 Configuring Modem Autoconfiguration (1-2)
2.3.9 Creating and Editing a Variant Modemcap Entry
Viewing a  Variant Modemcap Entry
2.4.1 Verifying Modem Autoconfiguration Operation
2.4.2 Making the Network Efficient 2
2.4.3 Configuring Asynchronous Connections Between Remote Routers
Router Configuration
Router Configuration (cont.)
Chapter 3: Configuring Point-to-Point Protocol and Controlling Networks Access
3.1.1 Remote Node Connections
3.1.2 PPP and the OSI Model (1-2)
3.1.3 Autoselect (1-2)
3.1.4 Enabling PPP
3.1.5 Async Interface Commands
3.1.6 Async Interface Commands for Addressing
3.1.7 Async Interface Commands for Addressing
3.2.1 PPP LCP Options
3.2.2 PPP Authentication
PPP Negotiating PPP Authentication
3.2.3 Configuring PAP Example
3.2.4 PPP Using CHAP Authentication
CHAP in Action -- Call
CHAP in Action -- Challenge
CHAP in Action -- Response
CHAP in Action -- Response
CHAP in Action -- Verification
CHAP in Action -- Result
3.2.5 Interface Commands for CHAP Authentication
3.3.1 PPP Callback Implementation Considerations
3.3.2 Asynchronous Callback Operation Flowchart
PPP Callback Operation
3.3.3 Configuring Async Callback (1-2)
3.3.4 Configuring a PPP Callback Server
3.3.5 Configuring a PPP Callback Client
3.4.1 Supported Compression Algorithms
3.4.2 Configuring Compression
3.4.3 Why Use Multilink PPP?
3.4.4 Multilink PPP Operation
3.4.5 show dialer Command Example (1-2)
3.4.6 Preparing the Cisco Router to Accept Incoming PPP Sessions from Remote Users
PPP Configuration
Chapter 4: Accessing the Central Site with Windows 9x
4.1.1 Networking Configuration Components
4.1.2 LAN Connection Protocols
4.2.1 Dial-Up Configuration in Win 95 (1-4)
4.2.2 Configuring Win 95 Dial-Up Client (1-3)
4.2.3 Verify Win 95 Dial-Up Connection (1-3)
Chapter 5: Using ISDN and DDR Technologies to Enhance Remote Connectivity
5.1.1 Integrated Services
Asynchronous Versus ISDN
5.1.2 ISDN Services and Channelized E1 and T1
Digital Signal Levels - Characteristics
5.1.3 BRI Call Processing
5.1.4 BRI Functional Groups and Reference Points
Physical Representation of BRI Reference Points
5.1.5 PRI-Layer 1 Standards and Reference Points
5.2.1 ISDN Protocol Layer 1
BRI Layer 1-l.430 Framing
5.2.2 ISDN Layer 2
5.2.3 ISDN Layer 3 - Channel Q.931
5.2.4 Q.931 Messaging-Call Setup Example
5.2.5 Q.931 Messaging - Call Teardown Example
5.3.1 DDR Operation
Using DDR with ISDN
5.3.2 ISDN Configuring Tasks
5.3.3 ISDN BRI Switch Types
5.3.4 No Graphic
5.3.5 Setting the Service Profile Identifiers (SPID), If Necessary
5.3.6 Setting Interface Protocols
5.4.1 DDR Configuration Tasks
5.4.2 Defining what Constitutes Interesting Traffic
5.4.3 Assigning the Dialer-List to an Interface
5.4.4 Defining Optional Call  Parameter
5.4.5 Defining Optional Call Parameter
5.5.1 Setting Default/Static Routes
5.5.2 Setting Static Routes
5.5.3 Setting Default Routes
5.5.4 Setting Route Redistribution
5.5.5 Blocking Route Updated by Using the passive-interface Command
5.5.6 Configuring a Simple ISDN Call (1-2) 
5.5.7 Access List Configuration Example, Cisco-a
ISDN-Legacy DDR Commands
5.5.8 Snapshot Routing
5.5.9 Snapshot Routing Model
5.5.10 Enabling Snapshot Routing (1-2)
5.6.1 B Channel Aggregation
5.6.2 Cisco Proprietary BOD
5.6.3 B Channel Aggregation Using Multilink PPP
Configuring Multilink PPP
Configuring Multilink PPP (cont.)
5.6.4 Caller Identification Screening
5.6.5 Configuring Called-Number Answer
5.6.6 Selecting ISDN Rate Adaptation
5.7.1 The show interface bri Command
5.7.2 The show isdn status Command (1-2)
5.7.3 Verifying PPP Multilink
5.7.4 Troubleshooting Multilink PPP (1-2)
5.7.5 ISDN Debug Commands
ISDN and DDR Debugging
5.8.1 Configuration Tasks for PRI
5.8.2 Selecting the PRI Switch
5.8.3 Selecting the ISDN PRI Controller for Configuration
5.8.4 Configuring the Framing, Linecoding, and Clocking of the Controller (1-2)
5.8.5 Additional ISDN PRI Configuration Parameters (1-2)
5.8.6 PRI Configuration Example
PRI Example Command Descriptions
5.8.7 ISDN BRI to PRI connection example using DDR
Chapter 6: Optimizing the Use of DDR Interface - Dialer Profiles and Rotary Groups
6.1.1 Dialer Rotary Groups
Multiple Bri Rotary Group
Commands
6.1.2 Dialer Interface Configuration Commands
6.1.3 Dialer Timer Control Commands
6.2.1 Dialer Profiles
Dialer Profiles Overview
6.2.2 Dialer Profile Elements
6.2.3 Dialer Profile Configuration Concepts and Commands (1-4)
6.2.4 Dialer Map Class (1-2)
6.2.5 Dialer Pool and Physical Interfaces
6.2.6 Typical Dialer Profiles Application
6.2.7 Typical Dialer Profiles Application
6.2.8 Dialer Profile Topology
Central Router Configured with Group-Async and Dialer Interfaces
6.3.1 No Graphic
6.3.2 Define a Time Range
Creating a Named Access List
6.3.3 Sample Applications and Configurations (1-4)
6.3.4 Case Study: Time Based ISDN (1-2)
6.4.1 Case Study: Scaling Dial-on-Demand Routing
6.4.2 Network Design Considerations
6.4.3 The Hardware Solution
6.4.4 Network Design Considerations
6.4.5 Network Layer Addressing
6.4.6 Routing Strategy
6.4.7 Configuring Central Site Access Router Interfaces
6.4.8 Configuring Routing at the Central Site
6.4.9 Configuring the Remote Site Routers
6.4.10 Complete Configuration
Chapter 7: Using X.25 for Remote Access
7.1.1 An Introduction to X.25
7.1.2 X.25 Protocol Stack
7.1.3 X.25 DTE and DCE
7.1.4 Identifying the PAD
7.1.5 X.25(X.121) Addressing Format
X.121 DNIC Country Codes
X.25 Address Resolution
7.1.6 X.25 Encapsulation
7.1.7 X.25 Virtual Circuits
SVC Usage
Single-Protocol Virtual Circuits
Multiprotocol Virtual Circuits
7.2.1 X.25 Configuration Tasks
Configuration X.25 SVCs - Steps 1 and 2
7.2.2 Configuring X.25 SVCs - Step 3
Description of the X.25 map Command
7.2.3 Configuring X.25 SVC Example
Central-Site X.25 Configuration
Branch-Office X.25 Configuration
Basic X.25 Configuration Commands
Configuring X.25 SVC Example
X.25 Configuration to Multiple Destinations
7.2.4 Description of the x25 pvc Command
Configuring X.25 PVC Example
Central-Site X.25 PVC Configuration
Branch-Office X.25 PVC Configuration
7.2.5 Table 10-1 X.25 VC Ranges
7.2.6 Description of x25 ips and x25 ops Commands
7.2.7 Description of the x25 win and x25 wout Commands
Description of the x25 modulo Command
7.2.8 Additional X.25 Configuration Options Example
X.25 Windows and Packets Sizes Commands
7.2.9 Display of a show Command for an Interface Configured for X.25
Chapter 8: Frame Relay Connection and Traffic Flow Control
8.1.1 What is Frame Relay?
8.1.2 Frame Relay Operation
8.1.3 Frame Relay Signaling
8.2.1 Steps to Enable Frame Relay (1-2)
8.2.2 Frame Relay Encapsulation and Mapping
8.2.3 Show Interface Serial Command
Frame Relay Show Interface Serial Command
8.2.4 Show Frame Relay PVC Command (1-2)
8.2.5 Show Frame Relay Map Command (1-2)
8.2.6 Show Frame Relay LMI Command (1-2)
8.3.1 Connecting Remote Sites
8.3.2 Reachability issues with Routing Updates
8.3.3 Solution for Split Horizon Issues-Subinterfaces
8.3.4 Configuring Frame Relay Subinterfaces (1-4)
8.4.1 Frame Relay Traffic Shaping Overview
8.4.2 Frame Relay Traffic Flow Terminology (1-2)
8.4.3 Why Use Traffic Shaping over Frame Relay?
8.4.4 No Graphic
8.4.5 How to Define a Map Class
Frame Relay Custom Queuing Commands
8.4.6 Traffic Shaping Rate Enforcement Example
8.4.7 Configuring Traffic Shaping Rate Enforcement Example
8.4.8 Dynamic Enforcement Example
Traffic Shaping Through a BECN Example
8.4.9 Queuing Example
8.4.10 Verifying Frame Relay Traffic Shaping
8.5.1 On-Demand Routing(1-2)
8.5.2 Routing TCP/IP
Chapter 9: Enabling Backup to a Permanent Connection
9.1.1 Configuring Dial Backup
Backup Delay Command
9.1.2 Dial Backup for Link Failure
9.1.3 Activating a Dial Backup to Support Primary Line Traffic
Backup Load Command
9.1.4 Dial Backup for Excessive Traffic Load
9.2.1 Standby Mode
Backup Interface in Standby Mode
Backup Interface Operations
9.2.2 Backup Interface Operations
Dialer Profiles as Backup Interfaces
9.2.3 Configuring Dial Backup with Dialer Profiles (1-3)
A Dialer Profile provides Backup to Two Serial Interfaces
9.3.1 Load Sharing with OSPF
9.3.2 Load Backup with IGRP and EIGRP (1-2)
9.4.1 Show Interface Type Number Command (1-2)
Chapter 10: Managing Network Performance with Queuing and Compression
10.1.1 Queuing Types
10.1.2 No Graphic
10.1.3 Establishing a Queuing Policy
10.1.4 Choosing a Cisco IOS Queuing Option
10.2.1 First In, First Out Queuing Overview
10.2.2 Weighted Fair Queuing Overview
10.2.3 Configuring Weighted Fair Queuing
10.2.4 Priority Queuing Overview (1-2)
10.2.5 Configuring Priority Queuing (1-6)
10.2.6 Custom Queuing Overview
10.2.7 Custom Queuing Operation
10.2.8 Configuring Custom Queuing (1-6)
10.2.9 Custom Queuing Example
10.2.10 Verifying Queuing Operation (1-3)
10.3.1 Compression Overview
10.3.2 Implementing Link Compression Over a Point-to-Point Connection
10.3.3 Payload Compression
10.3.4 TCP IP Header Compression
10.3.5 Microsoft Point-to-Point Compression
Output of debug ppp negotiation Command
Output of show interface Command
10.3.6 No Graphic
10.3.7 No Graphic
Chapter 11: Scaling IP Addresses with Network Address Translation
11.1.1 The Cisco Implementation of NAT Uses the Following Terms Related to NAT 
NAT Overview and Terminology
Using NAT to Connect to the Internet
NAT Implementation Considerations
11.2.1 NAT Functions
11.2.2 No Graphic
11.2.3 Translating Inside Local Addresses
11.2.4 Overloading Inside Global Addresses
11.2.5 TCP Load Distribution
11.2.6 Handling Overlapping Networks
11.3.1 Static NAT Command Variables
Static NAT Configuration (2-3)
11.3.2 Dynamic NAT Configuration (1-2)
11.3.3 NAT Configuration with Address Overloading
11.3.4 NAT Configuration with Load Distribution
11.3.5 NAT Configuration with Overlapping Address (1-2)
11.3.6 Show IP NAT Translation Display
Show IP NAT Translation Display with Address Overloading
11.3.7 Debug IP NAT Display
11.3.8 Effect of Clear IP NAT Translation* Command
11.4.1 PAT on a Cisco 700 Series
11.4.2 PAT Porthandler Operation
11.4.3 Cisco 700 PAT Porthandler Configuration
Configuring PAT
11.4.4 The show ip nat Command on a Cisco 700
Chapter 12: Using AAA to Scale Access Control in an Expanding Network
12.1.1 Cisco Security Options Overview
12.1.2 Cisco Secure
12.1.3 AAA Definition
12.1.4 Router Access Modes
12.2.1 Enabling AAA and Identifying the Server
12.2.2 AAA Authentication Login Command
AAA Authentication Login Methods
AAA Authentication Enable Default Methods
AAA Authentication PPP Methods
Comprehensive Authentication Configuration Example
Comprehensive Authentication Example-Command Descriptions
12.2.3 AAA Authorization Commands
AAA Authentication and Authorization Configuration Example
AAA Authentication and Authorization Commands
AAA Authentication and Authorization Configuration for PPP Traffic
AAA Authentication and Authorization Commands for PPP
12.2.4 AAA Accounting Commands
AAA Accounting Configuration
AAA Accounting Commands
12.2.5 Virtual Profiles
Building a Virtual Profile
Appendix A: Emerging Remote-Access Technologies
A.1.1 Cable Modem
A.1.2 How Cable Modems Work (1-4)
A.1.3 Cable Data Network Architecture (1-2)
A.1.4 Cable and the OSI Model
A.1.5 Cable Modem
A.2.1 Wireless Access Networks
A.2.2 Worldwide DBS Networks
A.2.3 DBS Architecture
A.2.4 No Graphic
A.3.1 No Graphic
A.3.2 No Graphic
A.3.3 MMDS Architecture
A.4.1 No Graphic
A.4.2 LMDS Architecture (1-2)
A.4.3 Wireless Broadband Summary
A.5.1 What is Wireless Local-Area Networking
A.5.2 In-Building WLANs
A.5.3 Building-to-Building WLANs
A.5.4 Wireless LAN
A.5.5 How a Wireless LAN Works
A.5.6 Mobility Services
A.5.7 No Graphic
A.6.1 DSL 101
A.6.2 Asymmetric Digital Subscriber Line (ADSL)
A.6.3 Basic DSL Network Topology
Basic DSL Network Components
End-To-End DSL Protocol Stack
A.6.4 ADSL & POTS
ADSL Capabilities
A.6.5 ADSL Transceiver - Network End
ADSL Technology
A.6.6 No Graphic
A.7.1 VDSL
A.7.2 VDSL Projected Capabilities
A.7.3 VDSL Technology
Active Network Termination
Passive Network Termination
A.7.4 No Graphic
A.7.5 No Graphic
A.7.6 VDSL's Relationship with ADSL
DSL Modem Technology
A.8.1 Consumer Access Options
Appendix B: Configuring a Cisco 700 Series Router
B.1.1 Cisco 700 Series Routers
B.1.2 Cisco 700 Series Features
B.1.3 No Graphic
B.1.4 No Graphic
B.1.5 No Graphic
B.1.6 Cisco IOS 700 Release 4.x-Summary of Features
B.1.7 Profile Overview (1-2)
B.1.8 Cisco 700 User Interface
B.2.1 Software Configuration Tasks
B.2.2 Cisco 700 ISDN Switch Commands (1-2)
Setting System-Level Parameters
B.2.3 LAN Profile Configuration (1-4)
B.2.4 User Profile Configuration (1-3)
Configuring IP Routing
B.2.5 IP Routing Example (1-2)
Command Description of IP Routing Example
B.2.6 Caller ID
Cisco 700 Caller ID Commands
Cisco IOS Caller Id Commands
B.2.7 PPP Callback - No Authorization
PPP Callback - No Authentication
B.2.8 PPP Callback with Caller ID Screening (1-2)
B.3.1 IP Traffic with CHAP Authentication Between a Cisco 700 and an IOS-Based Router
Additional Configuration on a Cisco 700 Series Router
Cisco 700 Series - Additional Commands
Cisco IOS Software-Based
Central Site Router Additional Configuration
IOS-Based Central Site Router's Additional Configuration
B.3.2 IP Traffic with PAP Authentication Between Two Cisco 700's
Cisco 700 Series SOHO Router's Configuration Using PAP
Configuration of a Central Site Equipped with a Cisco 700
B.3.3 IPX Traffic with CHAP Authentication Between a Cisco 700 and an IOS-Based Router
Cisco 700 Series SOHO Router Configuration for IPX Routing
Cisco IOS Software-Based Central-Site Router IPX
B.3.4 Cisco 700 Series Routers with CHAP Authentication
Cisco 700 Series Routers with PAP Authentication
Cisco 700 Series Routers with CHAP Authentication
PAP with an IOS-Based Central Router and Cisco 700 Series Remote Router
B.3.5 Display of a show ip configuration all Command
Additional Monitoring and Troubleshooting Commands
B.3.6 DHCP Overview
B.3.7 DHCP Server / Relay Agent (1-2)
B.3.8 DHCP Server Configuration (1-2)
B.3.9 DHCP Relay Agent Configuration
B.3.10 Display of the show dhcp config Command