Cisco CCNA Routing and Switching 200-120

Cisco CCNA Routing and Switching 200-120

Released January 2014
Publisher(s): Pearson
ISBN: 0133553736

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Video description

Cisco CCNA Routing and Switching 200-120 LiveLessons Complete Video Training is a comprehensive training course that brings Cisco CCNA exam topics to life through the use of real-world demonstrations, animations, live instruction, and configurations, making learning these foundational networking topics easy and fun.

Best-selling author, expert instructor, and double CCIE Kevin Wallace walks you through the full range of topics on the CCNA Routing and Switching 200-120 exam, including networking basics, local area networks, routing, router services, network security, advanced switching features, router operation, OSPF and EIGRP operation and configuration, first-hop redundancy protocols, network management, and WAN connection types and configuration. This unique product contains multiple types of video presentations, including live instructor whiteboarding, real world demonstrations, animations of network activity, dynamic KeyNote presentations, doodle videos, and hands-on router and switch CLI configuration and troubleshooting in real lab environments, allowing you to both learn the concepts and the hands-on application. The 400+ videos contained in this product provide you more than 26 hours of instruction. Modules are divided into easy to digest lessons and sublessons and conclude with summaries and interactive module and glossary quizzes to help assess your knowledge. Modules are grouped into eight parts that also conclude with part review quizzes, challenging you to recall information across multiple topics. The product concludes with a series of lessons that give you valuable advice to help prepare for the actual exam.

Designed to take you inside CCNA networking concepts in a unique and interactive way, Cisco CCNA Routing and Switching 200-120 LiveLessons Complete Video Training is guaranteed to help you master the foundational networking topics that will help you succeed on the exam and on the job.

Skill Level
Beginner

What You Will Learn

  • Fundamental components and concepts of modern computer networks
  • Protocol reference models (IOS and TCP/IP)
  • Ethernet theory and operation
  • Basic Cisco Catalyst switch configuration
  • Strategies for troubleshooting Cisco Catalyst switch issues
  • Binary numbering and subnet mask calculations for IP version 4 (IPv4) networks
  • IP version 6 (IPv6) address characteristics and types of IPv6 addresses
  • Setting up a Cisco router
  • Configuring routing (including the OSPF routing protocol)
  • Troubleshooting routing issues
  • Understanding and configuring router services, including: DHCP, NAT, and NTP
  • Designing Access Control Lists (ACLs)
  • Securing Cisco routers and switches
  • Exam preparation strategies
  • How to explain and configure advanced features (including Spanning Tree Protocol and EtherChannel) on Cisco Catalyst switches
  • Fundamental principles of router operation and troubleshooting strategies (including how to work with Cisco IOS images, perform password recovery, and explain characteristics of routing protocols)
  • Characteristics of the OSPF routing protocol, how to configure both OSPFv2 and OSPFv3 (which supports IPv6 networks), and how to troubleshoot OSPF networks
  • Characteristics of the EIGRP routing protocol, how to configure EIGRP, and how to troubleshoot EIGRP networks
  • How to explain and configure first hop redundancy protocols, including: HSRP, VRRP, and GLBP
  • Approaches to monitoring network performance using Syslog, SNMP, and NetFlow
  • How to distinguish between WAN connection types and explain the fundamental theory surrounding each WAN type (for example, Metro Ethernet, VSAT, cellular 3G/4G, MPLS, T1/E1, ISDN/ DSL, Frame Relay, cable, and VPN)
  • How to configure Point-to-Point Protocol (PPP) and Frame Relay WAN circuits
  • Exam preparation strategies

Who Should Take This Course?
Anyone interested in obtaining their Cisco Certified Network Associate (CCNA) Routing & Switching certification or anyone interested in learning fundamental networking skills.

Course Requirements
While this complete video training product does not assume any prior knowledge of network administration or configuration, you should understand of the fundamental purposes of a network and be comfortable working with a computer.

About the Author:

Kevin Wallace, CCIE No. 7945, is a certified Cisco instructor, and he holds multiple certifications, including CCNP, CCNP Voice, CCNP Security, and CCDP, in addition to multiple security and voice specializations. With networking experience dating back to 1989 (and computer experience dating back to 1982), Kevin is a senior technical instructor for SkillSoft. Kevin has been a network design specialist for the Walt Disney World Resort and a network manager for Eastern Kentucky University. Kevin holds a bachelor’s of science degree in electrical engineering from the University of Kentucky. Also, Kevin has authored multiple books for Cisco Press, including Implementing Cisco Unified Communications Voice over IP and QoS (CVOICE), TSHOOT Official Certification Guide, Routing Video Mentor, and TSHOOT Video Mentor. Kevin lives in central Kentucky with his wife (Vivian) and two daughters (Sabrina and Stacie).

Table of contents

  1. Introduction
    1. Version Update Announcement
  2. ICND1: Introduction
    1. Introduction to Cisco CCENT ICND1 100-101 Complete Video Course
  3. Part I: Networking Basics
    1. Part I: Networking Basics Introduction
  4. Module 1: Networking Concepts
    1. Networking Concepts Introduction
    2. Lesson 1: The Purpose of Networks
    3. Lesson 2: Common Network Components
    4. Legacy Network Components
    5. Hub
    6. MAU
    7. Bridge
    8. Network Media
    9. Coaxial Cable
    10. Twisted Pair
    11. Fiber Optics
    12. Lesson 3: Categorizing Networks
    13. Classifying Networks by Geography
    14. LAN
    15. WAN
    16. MAN
    17. PAN
    18. CAN
    19. Classifying Networks by Topology
    20. Ring Topology
    21. Bus Topology
    22. Star Topology
    23. Hub and Spoke Topology
    24. Full Mesh Topology
    25. Partial Mesh Topology
    26. Classifying Networks by Architecture
    27. Client Server Architecture
    28. Peer to Peer Architecture
    29. Module 1 Summary
  5. Module 2: Protocol Reference Models
    1. Protocol Reference Models Introduction
    2. Lesson 1: The OSI Model – Introduction
    3. Layer 1 – The Physical Layer
    4. Layer 2 – The Data Link Layer
    5. Layer 3 – The Network Layer
    6. Layer 4 – The Transport Layer
    7. Layers 5 – 7 – The Upper Layers
    8. Lesson 2: The TCP/IP Stack – Introduction
    9. Network Interface Layer
    10. Internet Layer
    11. Transport Layer
    12. Application Layer
    13. Common TCP/IP Protocols
    14. Module 2 Summary
  6. Part I Review
    1. Part I Review
  7. Part II: LANs
    1. Part II: LANs Introduction
  8. Module 3: Ethernet
    1. Ethernet Introduction
    2. Lesson 1: History of Ethernet
    3. Lesson 2: Ethernet Distance and Speed Limitations
    4. Lesson 3: Switch Operation
    5. MAC Addresses
    6. CAM Table
    7. Collision Domains
    8. Broadcast Domains
    9. Frame Forwarding Options
    10. Cut-Through Switching
    11. Store-and-Forward Switching
    12. Fragment-Free Switching
    13. Traffic Flow Through a Switched Network
    14. Module 3 Summary
  9. Module 4: Switch Configuration
    1. Switch Configuration Introduction
    2. Lesson 1: Switch Hardware
    3. Switch LEDs
    4. Port Addressing
    5. Lesson 2: Logging In
    6. Connecting via the Console
    7. Configuring a Management IP Address
    8. Configuring a Default Gateway
    9. Setting Console and VTY Passwords
    10. Checking for Connectivity with Ping
    11. Enabling Telnet Access
    12. Enabling SSH Access
    13. Lesson 3: Viewing Switch Information
    14. Version
    15. Current Configuration
    16. Interface Status
    17. MAC Address Table
    18. Port Security
    19. Lesson 4: Basic Switch Configuration
    20. Setting a Hostname
    21. Setting the Enable Password
    22. Setting the Exec Timeout
    23. Encrypting Passwords
    24. Creating a Banner
    25. Specifying Port Speed and Duplex
    26. Saving the Configuration
    27. Lesson 5: Configuring VLANs
    28. VLAN Theory
    29. VLAN Creation
    30. Assigning Ports to a VLAN
    31. Lesson 6: Configuring Trunks
    32. Trunking Theory
    33. Trunking Modes
    34. Creating a Trunk
    35. Specifying the Native VLAN
    36. Limiting VLANs on a Trunk
    37. Lesson 7: Configuring VTP
    38. VTP Theory
    39. VTP Modes
    40. VTP Operation Example
    41. VTP Configuration
    42. Resetting the Configuration Revision Number
    43. Module 4 Summary
  10. Module 5: Troubleshooting Switch Operation
    1. Troubleshooting Switch Operation Introduction
    2. Lesson 1: Isolating the Issue
    3. Lesson 2: Checking Interface Status
    4. Lesson 3: Checking for Interface Errors
    5. Lesson 4: Discovering Neighbors
    6. Lesson 5: Checking a Port’s VLAN Membership
    7. Lesson 6: Checking Trunk Status
    8. Module 5 Summary
  11. Part II Review
    1. Part II Review
  12. Part III: Routing
    1. Part III: Routing Introduction
  13. Module 6: IPv4 Addressing
    1. IPv4 Addressing Introduction
    2. Lesson 1: Binary Numbering
    3. Lesson 2: IPv4 Address Formatting
    4. Lesson 3: Types of IPv4 Addresses
    5. Address Classes
    6. Private vs. Public IPv4 Addresses
    7. Lesson 4: Types of IPv4 Traffic Patterns
    8. Unicast
    9. Broadcast
    10. Multicast
    11. Lesson 5: Assigning IPv4 Addresses
    12. Lesson 6: The Need for Subnetting
    13. Lesson 7: IPv4 Subnetting
    14. Calculating Available Subnets
    15. Calculating Available Hosts
    16. Subnetting Practice Exercise #1
    17. Subnetting Practice Exercise #2
    18. Subnetting Practice Exercise #3
    19. Calculating Ranges of Usable IPv4 Addresses
    20. Subnetting Practice Exercise #4
    21. Subnetting Practice Exercise #5
    22. How to Get More Practice
    23. Classless Inter-Domain Routing (CIDR)
    24. Module 6 Summary
  14. Module 7: IPv6 Addressing
    1. IPv6 Addressing Introduction
    2. Lesson 1: IPv6 Address Format
    3. Lesson 2: Shortening an IPv6 Address
    4. Practice Exercise
    5. Lesson 3: IPv6 Address Types
    6. Global Unicast
    7. Multicast
    8. Link Local
    9. Unique Local
    10. Loopback
    11. Unspecified
    12. Solicited-Node Multicast
    13. EUI-64
    14. Autoconfiguration
    15. Lesson 4: IPv6 Traffic Flows
    16. Module 7 Summary
  15. Module 8: Basic Router Configuration
    1. Basic Router Configuration Introduction
    2. Lesson 1: Router Operation
    3. Common Interface Types
    4. IP Routing Table
    5. Sources of Route Information
    6. Traffic Flow Through a Routed Network
    7. Packet Forwarding
    8. Lesson 2: Router Hardware
    9. Router LEDs
    10. Interface Addressing
    11. Lesson 3: Logging In
    12. Console vs. VTY Lines
    13. Checking for Connectivity with Ping
    14. Connecting Insecurely with Telnet
    15. Connecting Securely with SSH
    16. Lesson 4: Viewing Router Information
    17. Version
    18. Current Configuration
    19. Interface Status
    20. IP Routing Table
    21. Neighboring Devices
    22. Lesson 5: Basic Router Configuration
    23. Setting a Hostname
    24. Setting the Enable Password
    25. Setting the Exec Timeout
    26. Encrypting Passwords
    27. Assigning an IPv4 Address to an Interface
    28. Assigning an IPv6 Address to an Interface
    29. Creating Banners
    30. Lesson 6: DEMO - Basic Router Setup
    31. Module 8 Summary
  16. Module 9: Configuring Routing
    1. Configuring Routing Introduction
    2. Lesson 1: Routing Protocol Characteristics
    3. Distance Vector Routing Protocols
    4. Link State Routing Protocols
    5. Passive Interfaces
    6. Lesson 2: Configuring OSPF
    7. OSPF Overview
    8. OSPF Basics
    9. Introduction to Dijkstra’s Algorithm
    10. Dijkstra’s Algorithm Calculation
    11. Some OSPF Terminology
    12. Neighborship vs. Adjacency
    13. Designated Routers
    14. Electing a Designated Router
    15. Forming an Adjacency
    16. Measuring Cost
    17. Areas
    18. OSPF Network Types
    19. Single-Area OSPF
    20. Benefits
    21. OSPFv2 Configuration and Verification
    22. OSPFv3 Configuration and Verification
    23. Lesson 3: Configuring InterVLAN Routing
    24. Router-on-a-Stick
    25. The Router-on-a-Stick Concept
    26. Configuring a Router-on-a-Stick
    27. Switch Virtual Interface
    28. Defining an SVI
    29. Configuring an SVI
    30. Module 9 Summary
  17. Module 10: Troubleshooting Routing Issues
    1. Troubleshooting Routing Issues Introduction
    2. Lesson 1: IP Address Issues
    3. Lesson 2: Verifying Host Configuration
    4. Lesson 3: Checking Connectivity with Ping
    5. Lesson 4: Tracing a Route
    6. Lesson 5: Understanding Layer 1
    7. Lesson 6: Discovering Neighbors
    8. Lesson 7: DEMO: Troubleshooting Case Study
    9. Module 10 Summary
  18. Part III Review
    1. Part III Review
  19. Part IV: Services and Security
    1. Part IV: Services and Security Introduction
  20. Module 11: Router Services
    1. Router Services Introduction
    2. Lesson 1: DHCP
    3. DHCP Theory
    4. IP Helper Address
    5. Configuring a Router as a DHCP Server
    6. Lesson 2: NAT
    7. NAT Theory
    8. NAT Terminology
    9. Static NAT
    10. Dynamic NAT
    11. Port Address Translation (PAT)
    12. Lesson 3: NTP
    13. NTP Theory
    14. NTP Configuration and Verification
    15. Module 11 Summary
  21. Module 12: Access Control Lists
    1. Access Control Lists Introduction
    2. Lesson 1: ACL Theory
    3. Lesson 2: Standard ACLs
    4. Lesson 3: Extended ACLs
    5. Numbered ACLs
    6. Named ACLs
    7. Lesson 4: ACL Configuration Considerations
    8. Lesson 5: Troubleshooting ACLs
    9. Module 12 Summary
  22. Module 13: Device Security
    1. Device Security Introduction
    2. Lesson 1: Securing Device Access
    3. Physical Security
    4. Connecting Securely
    5. External Authentication
    6. Lesson 2: Switch Port Security
    7. Shutting Down Unused Ports
    8. Review of Port Security
    9. Putting Unused Ports in an Unused VLAN
    10. Selecting a Non-Default Native VLAN
    11. Module 13 Summary
  23. Part IV Review
    1. Part IV Review
  24. ICND2: Introduction
    1. Introduction to Cisco CCNA Routing and Switching ICND2 200-101 Complete Video Course
  25. Part I: Switch Features Introduction
    1. Part I: Switch Features Introduction
  26. Module 1: Advanced Switching Features
    1. Module 1: Advanced Switching Features Introduction
    2. Lesson 1: Spanning Tree Protocol
    3. Introduction to STP
    4. Issues without STP
    5. MAC Address Table Corruption
    6. Broadcast Storm
    7. Identifying STP Port States
    8. Practice Exercise
    9. STP Convergence
    10. STP Variants
    11. Example: PVST+ (Calculation)
    12. Example: PVST+ (Configuration)
    13. PortFast and BPDU Guard
    14. Lesson 2: EtherChannel
    15. EtherChannel Theory
    16. EtherChannel Port Options
    17. EtherChannel Configuration and Verification
    18. Troubleshooting EtherChannel Issues
    19. Module 1 Summary
  27. Part I Review
    1. Part I Review
  28. Part II: Router Features
    1. Part II: Router Features Introduction
  29. Module 2: Router Operation
    1. Module 2: Router Operation Introduction
    2. Lesson 1: Understanding a Router’s Boot Sequence
    3. Lesson 2: Differentiating Between Boot Options
    4. Lesson 3: Working with Cisco IOS Files
    5. Lesson 4: Cisco IOS Images
    6. Lesson 5: Cisco IOS Licenses
    7. Lesson 6: Password Recovery
    8. Lesson 7: Routing Protocol Characteristics
    9. Administrative Distance
    10. Split Horizon
    11. Metric
    12. Next Hop Address
    13. Lesson 8: Troubleshooting Router Operation
    14. Verifying Routing is Enabled
    15. Checking the IP Routing Table
    16. Monitoring Path Selection
    17. Verifying Interface Status
    18. Module 2 Summary
  30. Module 3: OSPF Operation and Configuration
    1. Module 3: OSPF Operation and Configuration Introduction
    2. Lesson 1: Review of OSPF Operation
    3. Lesson 2: OSPFv2 Configuration
    4. Multi-Area Configuration Example
    5. Influencing Designated Router Selection
    6. Hello and Dead Timers
    7. Configuring Neighbor Authentication
    8. Lesson 3: OSPFv3 Configuration
    9. OSPFv3 Configuration with IPv6 Example
    10. Verifying OSPFv3 Operation
    11. Lesson 4: Troubleshooting OSPF
    12. Collecting Information
    13. OSPF Troubleshooting Exercise #1
    14. OSPF Troubleshooting Exercise #2
    15. Module 3 Summary
  31. Module 4: EIGRP Operation and Configuration
    1. Module 4: EIGRP Operation and Configuration Introduction
    2. Lesson 1: Review of EIGRP Operation
    3. EIGRP Fundamentals
    4. Routing Structures
    5. Path Selection
    6. Metric Calculation
    7. Lesson 2: EIGRP Configuration
    8. IPv4 Configuration Example
    9. IPv6 Configuration Example
    10. Influencing Metric Calculation
    11. Configuring Neighbor Authentication
    12. Configuring Unequal Cost Load Balancing
    13. The Auto Summarization Option
    14. The Passive Interface Option
    15. Lesson 3: Troubleshooting EIGRP
    16. Collecting Information
    17. EIGRP Troubleshooting Exercise #1
    18. EIGRP Troubleshooting Exercise #2
    19. Module 4 Summary
  32. Part II Review
    1. Part II Review
  33. Part III: Services
    1. Part III: Services Introduction
  34. Module 5: First Hop Redundancy Protocols
    1. Module 5: First Hop Redundancy Protocols Introduction
    2. Lesson 1: HSRP
    3. HSRP Operation
    4. HSRP Configuration
    5. HSRP Verification
    6. Lesson 2: VRRP
    7. VRRP Operation
    8. VRRP Configuration and Verification
    9. Lesson 3: GLBP
    10. GLBP Operation
    11. GLBP Configuration and Verification
    12. Module 5 Summary
  35. Module 6: Network Monitoring Applications
    1. Module 6: Network Monitoring Applications Introduction
    2. Lesson 1: Syslog
    3. Syslog Operation
    4. Syslog Configuration and Verification
    5. Lesson 2: SNMP
    6. SNMP Operation
    7. SNMP Configuration and Verification
    8. Lesson 3: NetFlow
    9. NetFlow Operation
    10. NetFlow Configuration and Verification
    11. Module 6 Summary
  36. Part III Review
    1. Part III Review
  37. Part IV: WAN Technologies
    1. Part IV: WAN Technologies Introduction
  38. Module 7: WAN Connection Types
    1. Module 7: WAN Connection Types Introduction
    2. Lesson 1: Metro Ethernet
    3. Lesson 2: VSAT
    4. Lesson 3: Cellular 3G/4G
    5. Lesson 4: MPLS
    6. Lesson 5: T1/E1
    7. Lesson 6: ISDN
    8. Lesson 7: DSL
    9. Lesson 8: Frame Relay
    10. Lesson 9: Cable
    11. Lesson 10: VPN
    12. Module 7 Summary
  39. Module 8: WAN Configuration
    1. Module 8: WAN Configuration Introduction
    2. Lesson 1: Basic Serial Interface Configuration and Verification
    3. Lesson 2: Configuring and Verifying PPP
    4. Lesson 3: Configuring and Verifying Frame Relay
    5. Lesson 4: Configuring and Verifying PPPoE
    6. Module 8 Summary
  40. Part IV Review
    1. Part IV Review
  41. CCNA Exam Tips
    1. CCNA Exam Tips Introduction
    2. Lesson 1: How to Register for the Exam
    3. Lesson 2: Study Tips
    4. Lesson 3: What to do on Exam Day
    5. CCNA Exam Tips Review

Product information

  • Title: Cisco CCNA Routing and Switching 200-120
  • Author(s):
  • Release date: January 2014
  • Publisher(s): Pearson
  • ISBN: 0133553736