CCDA Official Exam Certification Guide, 3rd Edition (Exam 640-863) View Larger Image | Anthony Bruno, Steve Jordan
Cisco Press, Hardcover, 3rd Bk&CD edition, Published June 2007, 696 pages, ISBN 1587201771 | List Price: $59.99
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Chapter 12: Border Gateway Protocol, Route Manipulation and IP Multicast
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- Master all 640-863 exam topics with the official study guide
- Assess your knowledge with chapter-opening quizzes
- Review key concepts with foundation summaries
- Practice with hundreds of exam questions on the CD-ROM
CCDA Official Exam Certification Guide, Third Edition,
is a best-of-breed Cisco exam study guide that focuses specifically
on the topics for the DESGN exam. Senior networking consultants Anthony
Bruno and Steve Jordan expertly cover the latest exam content, helping
you identify areas of weakness and improve your knowledge of Cisco network
design. Material is presented in a concise manner, focusing on increasing
your understanding and retention of exam topics.
CCDA Official Exam Certification Guide presents you with
an organized test preparation routine through the use of proven series elements
and techniques. "Do I Know This Already?" quizzes open each chapter
and allow you to decide how much time you need to spend on each section. Exam
topic lists and concise Foundation Summary information make referencing easy
and give you a quick refresher whenever you need it. Challenging chapter-ending
review questions help you assess your knowledge and reinforce key concepts.
The companion CD-ROM contains a powerful testing
engine that allows you to focus on individual topic areas or take complete,
timed exams. The assessment engine also tracks your performance and provides
feedback on a topic-by-topic basis, presenting question-by-question remediation
to the text.
Well regarded for its level of detail, assessment
features, and challenging review questions and exercises, this book helps
you master the concepts and techniques that will enable you to succeed
on the exam the first time.
CCDA Official Exam Certification Guide, Third Edition,
is part of a recommended learning path from Cisco that includes simulation
and hands-on training from authorized Cisco Learning Partners and self-study
products from Cisco Press. To find out more about instructor-led training,
e-learning, and hands-on instruction offered by authorized Cisco Learning
Partners worldwide, please visit www.cisco.com/go/authorizedtraining.
This official study guide helps you master all the
topics on the DESGN exam, including
- Network design methodology
- Network structure models
- Enterprise LAN design
- Wireless LAN design
- Enterprise edge module design
- WAN design
- IPv4 and IPv6
- Routing protocol selection
- RIP, EIGRP, OSPF, and IS-IS
- BGP, route manipulation, and IP multicast
- Security management, technologies, and design
- Voice architectures and IP telephony design
- Network management protocols
Companion CD-ROM
The CD-ROM contains an electronic copy of the book
and more than 200 practice questions for the DESGN exam, all available
in study mode, test mode, and flash card format.
This volume is part of the Exam Certification Guide
Series from Cisco Press. Books in this series provide officially developed
exam preparation materials that offer assessment, review, and practice
to help Cisco Career Certification candidates identify weaknesses, concentrate
their study efforts, and enhance their confidence as exam day nears.
Table of Contents
Foreword
Introduction
Part I General Network Design
Chapter 1 Network Design Methodology
"Do I Know This Already?" Quiz
Foundation Topics
Intelligent Information Network and Service-Oriented
Network Architecture
IIN Framework
SONA
Network
Infrastructure Layer
Interactive
Service Layer
Application
Layer
Benefits
of SONA
Prepare, Plan, Design, Implement, Operate, and Optimize
Phases
Prepare Phase
Plan Phase
Design Phase
Implement Phase
Operate Phase
Optimize Phase
Design Methodology Under PPDIOO
Identifying Customer Requirements
Characterizing the Existing Network
Steps in Gathering Information
Network Audit Tools
Network Analysis Tools
Network Checklist
Designing the Network Topology and Solutions
Top-Down Approach
Pilot and Prototype Tests
Design Document
References and Recommended Reading
Foundation Summary
Q&A
Chapter 2 Network Structure Models
"Do I Know This Already?" Quiz
Foundation Topics
Hierarchical Network Models
Benefits of the Hierarchical Model
Hierarchical Network Design
Core Layer
Distribution
Layer
Access
Layer
Hierarchical Model Examples
Cisco Enterprise Architecture Model
Enterprise Campus Module
Enterprise Edge Module
E-Commerce
Internet
Edge
VPN/Remote
Access
Enterprise
WAN
Service Provider (SP) Edge Module
Remote Modules
Enterprise
Branch Module
Enterprise
Data Center Module
Enterprise
Teleworker Module
Network Availability
Workstation-to-Router Redundancy
ARP
Explicit
Configuration
RDP
RIP
HSRP
GLBP
Server Redundancy
Route Redundancy
Load Balancing
Increasing
Availability
Media Redundancy
References and Recommended Reading
Foundation Summary
Q&A
Part II LAN and WAN Design
Chapter 3 Enterprise LAN Design
"Do I Know This Already?" Quiz
Foundation Topics
LAN Media
Ethernet Design Rules
10-Mbps
Fiber Ethernet Design Rules
100-Mbps
Fast Ethernet Design Rules
Gigabit Ethernet Design Rules
1000BASE-LX
Long-Wavelength Gigabit Ethernet
1000BASE-SX
Short-Wavelength Gigabit Ethernet
1000BASE-CX
Gigabit Ethernet over Coaxial Cable
1000BASE-T
Gigabit Ethernet over UTP
10 Gigabit Ethernet (10GE) Design
Rules
10GE Media
Types
Fast EtherChannel
Token Ring Design Rules
LAN Hardware
Repeaters
Hubs
Bridges
Switches
Routers
Layer 3 Switches
LAN Design Types and Models
Best Practices for Hierarchical
Layers
Access
Layer Best Practices
Distribution
Layer Best Practices
Core Layer
Best Practices
Large-Building LANs
Enterprise Campus LANs
Edge Distribution
Medium Site LANs
Small and Remote Site LANs
Server-Farm Module
Server
Connectivity Options
Enterprise Data Center Infrastructure
Campus LAN Quality of Service Considerations
Multicast Traffic Considerations
CGMP
IGMP Snooping
References and Recommended Readings
Foundation Summary
Q&A
Chapter 4 Wireless LAN Design
"Do I Know This Already?" Quiz
Foundation Topics
Wireless LAN Technologies
Wireless LAN Standards
ISM and
UNII Frequencies
Summary
of Wireless LAN Standards
Service Set Identifier (SSID)
WLAN Layer 2 Access Method
WLAN Security
Unauthorized
Access
WLAN Security
Design Approach
IEEE 802.1X-2001
Port-Based Authentication
Dynamic
WEP Keys and LEAP
Controlling
WLAN Access to Servers
Cisco Unified Wireless Network
Cisco UWN Architecture
LWAPP
LWAPP Access
Point Modes
LWAPP Discovery
WLAN Authentication
Authentication
Options
WLAN Controller Components
WLC Interface
Types
AP Controller
Equipment Scaling
Roaming and Mobility Groups
Intracontroller
Roaming
Layer 2
Intercontroller Roaming
Layer 3
Intercontroller Roaming
Mobility
Groups
Wireless LAN Design
Controller Redundancy Design
N+1 WLC
Redundancy
N+N WLC
Redundancy
N+N+1 WLC
Redundancy
Radio Management and Radio Groups
Radio Frequency
(RF) Groups
RF Site Survey
Using EoIP Tunnels for Guest Services
Wireless Mesh for Outdoor Wireless
Mesh Design
Recommendations
Campus Design Considerations
Branch Design Considerations
Local MAC
REAP
Hybrid
REAP
Branch
Office Controller Options
References and Recommended Readings
Foundation Summary
Q&A
Chapter 5 WAN Technologies
"Do I Know This Already?" Quiz
Foundation Topics
WAN Technology Overview
WAN Defined
WAN Connection Modules
WAN Comparison
Dialup
ISDN
Frame Relay
Time-Division
Multiplexing
SONET/SDH
Multiprotocol
Label Switching
Other WAN Technologies
Digital
Subscriber Line
Cable
Wireless
Dark Fiber
Dense Wave
Division Multiplexing
Ordering WAN Technology and Contracts
WAN Design Methodology
Response Time
Throughput
Reliability
Bandwidth Considerations
Window Size
Data Compression
Optimizing Bandwidth Using QoS
Queuing, Traffic Shaping, and Policing
Priority
Queuing
Custom
Queuing
Weighted
Fair Queuing
Class-Based
Weighted Fair Queuing
Low-Latency
Queuing
Traffic
Shaping and Policing
References and Recommended Readings
Foundation Summary
Q&A
Chapter 6 WAN Design
"Do I Know This Already?" Quiz
Foundation Topics
Traditional WAN Technologies
WAN Topologies
Hub-and-Spoke
Topology
Full-Mesh
Topology
Partial-Mesh
Topology
Remote-Access Network Design
VPN Network Design
Overlay VPNs
Virtual Private Dialup Networks
Peer-to-Peer VPNs
VPN Benefits
WAN Backup Design
Load-Balancing Guidelines
WAN Backup over the Internet
Layer 3 Tunneling
Enterprise WAN Architecture
Cisco Enterprise MAN/WAN
Enterprise WAN/MAN Architecture
Comparison
Enterprise Edge Components
Hardware Selection
Software Selection
Cisco IOS
Packaging
Comparing
Hardware and Software
Enterprise Branch Architecture
Branch Design
Enterprise
Branch Profiles
Single-Tier
Design
Dual-Tier
Design
Multi-Tier
Design
Enterprise Teleworker (Branch of One) Design
References and Recommended Readings
Foundation Summary
Q&A
Part III The Internet Protocol and Routing Protocols
Chapter 7 Internet Protocol Version 4
"Do I Know This Already?" Quiz
Foundation Topics
IPv4 Header
ToS
IPv4 Fragmentation
IPv4 Addressing
IPv4 Address Classes
Class A
Addresses
Class B
Addresses
Class C
Addresses
Class D
Addresses
Class E
Addresses
IPv4 Private Addresses
NAT
IPv4 Address Subnets
Mask Nomenclature
IP Address Subnet Design Example
Determining the Network Portion
of an IP Address
VLSMs
VLSM Address-Assignment
Example
Loopback
Addresses
IP Telephony
Networks
CIDR and
Summarization
Address Assignment and Name Resolution
Static and Dynamic IP Address Assignment
BOOTP
DHCP
DNS
ARP
References and Recommended Readings
Foundation Summary
Q&A
Chapter 8 Internet Protocol Version 6
"Do I Know This Already?" Quiz
Foundation Topics
Introduction to IPv0
IPv6 Header
IPv6 Address Representation
IPv4-Compatible IPv6 Addresses
IPv6 Prefix Representation
IPv6 Address Types and Address Allocations
IPv6 Unicast Address
IPv6 Anycast Address
IPv6 Multicast Address
IPv6 Address Allocations
Unspecified
Address
Loopback
Address
IPv4-Compatible
IPv6 Address
Global
Unicast Addresses
Link-Local
Addresses
Site-Local
Addresses
Multicast
Addresses
IPv6 Mechanisms
ICMPv0
IPv6 Network Discovery (ND) Protocol
IPv6 Name Resolution
Path MTU Discovery
IPv6 Address-Assignment Strategies
Autoconfiguration
of Link-Local Address
DHCPv6
IPv6 Security
IPv6 Routing Protocols
RIPng for
IPv6
EIGRP for
IPv6
OSPFv3
for IPv6
IS-IS for
IPv6
BGP4 Multiprotocol
Extensions for IPv6
IPv4 to IPv6 Transition Strategies and Deployments
IPv6 over Dedicated WAN Links
IPv6 over IPv4 Tunnels
Dual-Stack Backbones
Dual-Stack
Hosts
Protocol Translation Mechanisms
IPv6 Comparison with IPv4
References and Recommended Readings
Foundation Summary
Q&A
Chapter 9 Routing Protocol Selection Criteria
"Do I Know This Already?" Quiz
Foundation Topics
Routing Protocol Characteristics
Static Versus Dynamic Route Assignment
Interior Versus Exterior Routing
Protocols
Distance-Vector Routing Protocols
EIGRP
Link-State Routing Protocols
Distance-Vector Routing Protocols
Versus Link-State Protocols
Hierarchical Versus Flat Routing
Protocols
Classless Versus Classful Routing
Protocols
IPv4 Versus IPv6 Routing Protocols
Administrative Distance
Routing Protocol Metrics and Loop Prevention
Hop Count
Bandwidth
Cost
Load
Delay
Reliability
Maximum Transmission Unit (MTU)
Routing Loop-Prevention Schemes
Split Horizon
Split Horizon
with Poison Reverse
Counting
to Infinity
Triggered Updates
Summarization
ODR
References and Recommended Readings
Foundation Summary
Q&A
Chapter 10 RIP and EIGRP Characteristics and
Design
"Do I Know This Already?" Quiz
Foundation Topics
RIPv1
RIPv1 Forwarding Information Base
RIPv1 Message Format
RIPv1 Timers
Update
Timer
Invalid
Timer
Flush Timer
Holddown
Timer
RIPv1 Design
RIPv1 Summary
RIPv2
Authentication
MD5 Authentication
RIPv2 Forwarding Information Base
RIPv2 Message Format
RIPv2 Timers
RIPv2 Design
RIPv2 Summary
RIPng
RIPng Timers
Authentication
RIPng Message Format
RIPng Design
RIPng Summary
IGRP
IGRP Timers
IGRP Metrics
IGRP Design
IGRP Summary
EIGRP for IPv4 Networks
EIGRP Components
Protocol-Dependent
Modules
Neighbor
Discovery and Recovery
RTP
DUAL
EIGRP Timers
EIGRP Metrics
EIGRP Packet Types
EIGRP Design
EIGRP Summary
EIGRP for IPv6 Networks
EIGRP for IPv6 Design
EIGRP for IPv6 Summary
References and Recommended Readings
Foundation Summary
RIPv1 Summary
RIPv2 Summary
RIPng Summary
EIGRP for IPv4 Summary
EIGRP for IPv6 Summary
Q&A
Chapter 11 OSPF and IS-IS
"Do I Know This Already?" Quiz
Foundation Topics
OSPFv2
OSPFv2 Concepts and Design
OSPFv2
Metric
OSPFv2
Adjacencies and Hello Timers
OSPFv2
Areas
OSPF Router
Types
OSPF DRs
LSA Types
OSPF Stub
Area Types
Virtual
Links
OSPFv2
Router Authentication
OSPFv2 Summary
OSPFv3
OSPFv3 Changes from OSPFv2
OSPFv3 Areas and Router Types
OSPFv3 Link State Advertisements
OSPFv3 Summary
IS-IS
IS-IS Metrics
IS-IS Operation and Design
NET
IS-IS DRs
IS-IS Areas
IS-IS Authentication
IS-IS for IPv6
IS-IS Summary
References and Recommended Readings
Foundation Summary
OSPFv2 Summary
OSPFv3 Summary
IS-IS Summary
Q&A
Chapter 12 Border Gateway Protocol, Route Manipulation,
and IP Multicast
"Do I Know This Already?" Quiz
Foundation Topics
BGP
BGP Neighbors
eBGP
iBGP
Route Reflectors
Confederations
BGP Administrative Distance
BGP Attributes, Weight, and the
BGP Decision Process
BGP Path
Attributes
Next-Hop
Attribute
Local Preference
Attribute
Origin
Attribute
AS Path
Attribute
MED Attribute
Community
Attribute
Atomic
Aggregate and Aggregator Attributes
Weight
BGP Decision
Process
BGP Summary
Route Manipulation
PBR
Route Summarization
Route Redistribution
Default
Metric
OSPF Redistribution
IP Multicast Review
Multicast Addresses
Layer 3 to Layer 2 Mapping
IGMP
IGMPv1
IGMPv2
IGMPv3
CGMP
IGMP Snooping
Sparse Versus Dense Multicast Routing
Protocols
Multicast Source and Shared Trees
PIM
PIM-SM
PIM DR
Auto-RP
PIMv2 Bootstrap
Router
DVMRP
IPv6 Multicast
Addresses
References and Recommended Readings
Foundation Summary
BGP Summary
Route Redistribution
IP Multicast
Q&A
Part IV Security, Convergence, and Network Management
Chapter 13 Security Management
"Do I Know This Already?" Quiz
Foundation Topics
Network Security Overview
Security Legislation
Security Threats
Reconnaissance and Port Scanning
Vulnerability Scanners
Unauthorized Access
Security Risks
Targets
Loss of Availability
Integrity Violations and Confidentiality
Breaches
Security Policy and Process
Security Policy Defined
Basic Approach of a Security Policy
Purpose of Security Policies
Security Policy Components
Risk Assessment
Continuous Security
Integrating Security Mechanisms
into Network Design
Trust and Identity Management
Trust
Domains
of Trust
Identity
Passwords
Tokens
Certificates
Access Control
Secure Connectivity
Encryption Fundamentals
Encryption Keys
VPN Protocols
Transmission Confidentiality
Data Integrity
Threat Defense
Physical Security
Infrastructure Protection
References and Recommended Readings
Foundation Summary
Q&A
Chapter 14 Security Technologies and Design
"Do I Know This Already?" Quiz
Foundation Topics
Cisco Self-Defending Network
Network Security Platforms
Self-Defending Network Phases
Trust and Identity Technologies
Firewall ACLs
NAC Framework and Appliance
Cisco Identity-Based Network Services
Identity and Access Control Deployments
Detecting and Mitigating Threats
Threat Detection and Mitigation
Technologies
Threat Detection and Mitigation
Solutions
Security Management Applications
Security Platform Solutions
Integrating Security into Network Devices
IOS Security
ISR Security Hardware Options
Cisco Security Appliances
Intrusion Prevention
Catalyst 6500 Services Modules
Endpoint Security
Securing the Enterprise
Implementing Security in the Campus
Implementing Security in the Data
Center
Implementing Security in the Enterprise
Edge and WAN
References and Recommended Readings
Foundation Summary
Q&A
Chapter 15 Traditional Voice Architectures
and IP Telephony Design
"Do I Know This Already?" Quiz
Foundation Topics
Traditional Voice Architectures
PBX and PSTN Switches
Local Loop and Trunks
Ports
Major Analog and Digital Signaling
Types
Loop-Start
Signaling
Ground-Start
Signaling
E&M
Signaling
CAS and
CCS Signaling
PSTN Numbering Plan
Other PSTN Services
Centrex
Services
Voice Mail
Database
Services
IVR
ACD
Voice Terminology
Grade of
Service
Erlangs
Centum
Call Second (CCS)
Busy Hour
Busy Hour
Traffic (BHT)
Blocking
Probability
Call Detail
Records
Integrated Multiservice Networks
VoFR
VoATM
VoIP
IPT Components
Design
Goals of IP Telephony
IPT Deployment Models
Single-Site
Deployment
Multisite
Centralized WAN Call-Processing Model
Multisite
Distributed WAN Call-Processing Model
Unified
CallManager Express Deployments
Codecs
Analog-to-Digital
Signal Conversion
Codec Standards
VoIP Control and Transport Protocols
DHCP, DNS,
and TFTP
SSCP
RTP and
RTCP
MGCP
H.323
SIP
IPT Design
Bandwidth
VAD
Delay Components
QoS Mechanisms for VoIP Networks
CRTP
LFI
PQ-WFQ
LLQ
Auto QoS
IPT Design Recommendations
References and Recommended Readings
Foundation Summary
Q&A
Chapter 16 Network Management Protocols
"Do I Know This Already?" Quiz
Foundation Topics
SNMP
SNMP Components
MIB
SNMP Message Types
SNMPv1
SNMPv2
SNMPv3
Other Network Management Technologies
RMON
RMON2
NetFlow
NetFlow
Compared to RMON
CDP
Syslog
References and Recommended Reading
Foundation Summary
Q&A
Part V Comprehensive Scenarios
Chapter 17 Comprehensive Scenarios
Scenario One: Pearland Hospital
Scenario One Questions
Scenario One Answers
Scenario Two: Big Oil and Gas
Scenario Two Questions
Scenario Two Answers
Scenario Three: Beauty Things Store
Scenario Three Questions
Scenario Three Answers
Scenario Four: Falcon Communications
Scenario Four Questions
Scenario Four Answers
Part VI Appendixes
Appendix A Answers to Chapter "Do I Know This
Already?" Quizzes and Q&A Sections
Appendix B The OSI Reference Model, TCP/IP Architecture,
and Numeric Conversion
About the Authors
A. Anthony Bruno, CCIE No. 2738, is a senior principal
consultant with British Telecom with more than 17 years experience in the internetworking
field. He has consulted for many enterprise and service-provider customers in
the design, implementation, and optimization of large-scale data and IP telephony
networks.
Steve Jordan, CCIE No. 11293, is a senior consultant with
British Telecom with more than 11 years of experience in internetworking. He
has extensive experience with large-scale data-center environments and has designed
and implemented various network solutions in the manufacturing, telecommunication,
and transportation industries.
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