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Assigning an IPv4 Address to an Interface
Assigning an IPv6 Address to an Interface
Basic Router Setup
Assigning an IPv4 Address to an Interface
Assigning an IPv6 Address to an Interface
Basic Router Setup

CCENT ICND1 100-105, 1/e

Instructor Kevin Wallace
      1. CCENT ICND1 100-105 Course Introduction
        1m 33s
      1. Fundamentals of Networking: Introduction
        51s
      1. Network Reference Models and Protocols: Introduction
        40s
      2. The OSI Model
        10m 27s
      3. The DoD Model
        3m 35s
      4. IP, ICMP, UDP, and TCP
        9m 4s
      5. Domain Name System (DNS)
        5m 27s
      6. Ports and Protocols
        13m 2s
      7. Protocol Data Units (PDUs)
        2m 44s
      8. Chapter 1. Introduction to TCP/IP Networking
        40 pages
      9. Chapter 5. Fundamentals of TCP/IP Transport and Applications
        30 pages
      1. Infrastructure Components: Introduction
        23s
      2. Common Network Infrastructure Devices
        14m 41s
      3. Firewalls
        9m 49s
      4. Wireless Access Points and Controllers
        3m 4s
      5. Chapter 2. Fundamentals of Ethernet LANs
        36 pages
      6. Chapter 3. Fundamentals of WANs
        30 pages
      1. Network Architecture: Introduction
        33s
      2. Star Topology
        1m 38s
      3. Mesh Topology
        4m 47s
      4. Collapsed Core vs. Three-Tier Architectures
        5m 55s
      5. Chapter 10. Analyzing Ethernet LAN Designs
        39 pages
      1. Network Cabling: Introduction
        29s
      2. Copper Cables
        6m 23s
      3. Fiber Cables
        4m 15s
      4. Copper Connectors
        2m 43s
      5. Fiber Connectors
        1m 55s
      6. EIA/TIA 568 Standards
        2m 38s
      1. Basic Troubleshooting: Introduction
        26s
      2. Troubleshooting Fundamentals
        9m 18s
      3. Cisco's Structured Troubleshooting Model
        2m 41s
      4. Chapter 12. Troubleshooting Ethernet LANs
        48 pages
      1. IPv4 Addressing: Introduction
        44s
      2. Binary Numbering
        10m 41s
      3. IPv4 Address Formatting
        7m 49s
      4. Address Clases
        5m 49s
      5. Private vs. Public IPv4 Addresses
        4m 34s
      6. Unicast
        1m 58s
      7. Broadcast
        2m
      8. IPv4 Multicast
        1m 58s
      9. The Need for Subnetting
        3m 10s
      10. Calculating Available Subnets
        4m 8s
      11. Calculating Available Hosts
        2m 5s
      12. Subnetting Practice Exercise #1
        3m 40s
      13. Subnetting Practice Exercise #2
        3m 57s
      14. Subnetting Practice Exercise #3
        2m 11s
      15. Calculating Usable Ranges of IPv4 Addresses
        9m 29s
      16. Subnetting Practice Exercise #4
        5m 46s
      17. Subnetting Practice Exercise #5
        8m 47s
      18. Classless Inter-Domain Routing (CIDR)
        2m 20s
      19. Chapter 4. Fundamentals of IPv4 Addressing and Routing
        40 pages
      20. Chapter 13. Perspectives on IPv4 Subnetting
        39 pages
      21. Chapter 14. Analyzing Classful IPv4 Networks
        19 pages
      22. Chapter 15. Analyzing Subnet Masks
        22 pages
      23. Chapter 16. Analyzing Existing Subnets
        36 pages
      24. Chapter 21. Subnet Design
        37 pages
      1. IPv6 Addressing: Introduction
        1m 11s
      2. IPv6 Address Format
        3m 43s
      3. Shortening an IPv6 Address
        3m 10s
      4. IPv6 Address--Practice Exercise
        2m 14s
      5. Global Unicast
        1m 29s
      6. IPv6 Multicast
        4m 49s
      7. Link Local
        2m 2s
      8. Unique Local
        1m 49s
      9. Loopback
        1m 3s
      10. Unspecified
        1m 43s
      11. Solicited-Node Multicast
        4m 1s
      12. Modified EUI-64
        5m 4s
      13. Autoconfiguration
        7m 20s
      14. IPv6 Traffic Flows
        2m 58s
      15. Chapter 28. Fundamentals of IP Version 6
        25 pages
      16. Chapter 29. IPv6 Addressing and Subnetting
        27 pages
      17. Chapter 30. Implementing IPv6 Addressing on Routers
        36 pages
      18. Chapter 31. Implementing IPv6 Addressing on Hosts
        33 pages
      19. Chapter 32. Implementing IPv6 Routing
        33 pages
      1. Module 1 Summary--Fundamentals of Networking
        36s
      1. LAN Switching: Introduction
        55s
      1. Fundamentals of Ethernet: Introduction
        34s
      2. Ethernet Standards
        2m 3s
      3. Structure of an Ethernet Frame
        2m 23s
      4. Collision Domains
        5m 7s
      5. Broadcast Domains
        3m 19s
      6. MAC Addresses
        3m 26s
      7. Traffic Flow Through a Switched Network
        8m 11s
      8. Chapter 7. Analyzing Ethernet LAN Switching
        30 pages
      1. Basic Cisco Catalyst Switch Configuration: Introduction
        32s
      2. Port Addressing
        4m 34s
      3. Connecting via the Console
        2m 48s
      4. Configuring a Management IP Address
        5m 38s
      5. Configuring a Default Gateway
        1m 26s
      6. Setting Console and VTY Passwords
        3m 29s
      7. Checking for Connectivity with Ping
        2m 10s
      8. Enabling Telnet Access
        7m 11s
      9. Enabling SSH Access
        4m 45s
      10. Viewing Version Information
        2m 52s
      11. Viewing Current Configuration
        1m 50s
      12. MAC Address Table Examination
        5m 48s
      13. Setting a Hostname
        1m 7s
      14. Setting the Enable Password
        7m 11s
      15. Setting the Exec Timeout
        2m 15s
      16. Encrypting Passwords
        5m 12s
      17. Creating a Banner
        2m 46s
      18. Specifying Port Speed and Duplex
        3m 42s
      19. Saving the Configuration
        2m 16s
      20. Chapter 8. Configuring Basic Switch Management
        35 pages
      21. Chapter 9. Configuring Switch Interfaces
        34 pages
      1. Virtual LANs (VLANs): Introduction
        58s
      2. VLAN Theory
        7m 51s
      3. VLAN Creation
        3m 50s
      4. Assigning Ports to a VLAN
        3m 15s
      5. Chapter 11. Implementing Ethernet Virtual LANs
        45 pages
      1. Trunking: Introduction
        53s
      2. Trunking Theory
        6m 34s
      3. Trunking Modes
        4m 18s
      4. Creating Trunks
        6m 17s
      5. VLAN Pruning
        5m 27s
      1. Troubleshooting Switch Operation: Introduction
        21s
      2. Isolating the Issue
        6m 44s
      3. Checking Interface Status
        7m 24s
      4. Checking for Interface Errors
        10m 4s
      5. Checking a Port's VLAN Membership
        3m 39s
      6. Checking a Trunk's Status
        5m 50s
      1. Basic Switch Security: Introduction
        29s
      2. Physical Security
        2m 28s
      3. Switch Port Security
        13m 42s
      4. Shutting Down Unused Ports
        8m 11s
      5. Putting Unused Ports in an Unused VLAN
        1m 48s
      6. Chapter 34. Device Security Features
        29 pages
      1. Voice VLANs: Introduction
        1m 1s
      2. Voice VLAN Theory
        8m 47s
      3. Voice VLAN Configuration
        9m 35s
      1. Module 2 Summary--LAN Switching
        47s
      1. IP Routing: Introduction
        39s
      1. Basic Router Operation: Introduction
        33s
      2. Packet Flow Through a Routed Network
        5m 11s
      3. Sources of Route Information
        5m 49s
      4. IP Routing Table
        5m 3s
      5. Packet Forwarding
        6m 28s
      6. Chapter 6. Using the Command-Line Interface
        32 pages
      1. Basic Router Configuration and Verification: Introduction
        25s
      2. Router LEDs
        3m 45s
      3. Interface Addressing
        4m 21s
      4. Console vs. VTY Lines
        2m 35s
      5. Checking for Connectivity with Ping
        1m 39s
      6. Connecting Insecurely with Telnet
        6m 42s
      7. Connecting Securely with SSH
        3m 45s
      8. Checking the Cisco IOS Version
        2m 1s
      9. Viewing the Current Router Configuration
        4m 32s
      10. Viewing Interface Status
        2m 41s
      11. Setting a Hostname
        3m 27s
      12. Setting the Enable Password
        5m 8s
      13. Setting the Exec Timeout
        3m 16s
      14. Encrypting Passwords
        4m 36s
      15. Assigning an IPv4 Address to an Interface
        3m 56s
      16. Taken from
        CCENT ICND1 100-105
        By
        Kevin Wallace
        Published by
        Pearson IT Certification, 2016
      17. Basic Router Setup
        7m 46s
      18. Chapter 17. Operating Cisco Routers
        28 pages
      1. Routing Fundamentals: Introduction
        28s
      2. Configuring Static Routes for IPv4
        17m 45s
      3. Configuring Static Routes for IPv6
        12m 6s
      4. Overview of Routing Protocols
        10m 54s
      5. Administrative Distance
        1m 58s
      6. Split Horizon
        3m 4s
      7. Metric
        2m 59s
      8. Next Hop Address
        5m
      9. Passive Interfaces
        10m 49s
      10. Chapter 18. Configuring IPv4 Addresses and Static Routes
        49 pages
      11. Chapter 25. Basic IPv4 Access Control Lists
        33 pages
      12. Chapter 26. Advanced IPv4 Access Control Lists
        45 pages
      1. Routing Information Protocol (RIP): Introduction
        46s
      2. RIP Overview
        6m 5s
      3. RIPv2 Configuration
        8m 15s
      4. Chapter 19. Learning IPv4 Routes with RIPv2
        58 pages
      1. Module 3 Summary--IP Routing
        24s
      1. Network Services: Introduction
        26s
      1. Dynamic Host Configuration Protocol (DHCP): Introduction
        28s
      2. DHCP Theory
        2m 51s
      3. IP Helper Address
        3m 56s
      4. Configuring a Router as a DHCP Server
        3m 35s
      5. Chapter 20. DHCP and IP Networking on Hosts
        47 pages
      1. Network Address Translation (NAT): Introduction
        47s
      2. NAT Fundamentals
        11m 29s
      3. Static NAT Configuration
        3m 46s
      4. Dynamic NAT Configuration
        9m 8s
      5. Port Address Translation (PAT) Configuration
        7m 20s
      6. Chapter 27. Network Address Translation
        38 pages
      1. Network Time Protocol (NTP): Introduction
        41s
      2. NTP Theory
        3m 26s
      3. NTP Configuration and Verification
        7m 24s
      1. Module 4 Summary--Network Services
        31s
      1. Network Management: Introduction
        44s
      1. Network Management Protocols: Introduction
        26s
      2. Cisco Discovery Protocol (CDP)
        7m 54s
      3. Link Layer Discovery Protocol (LLDP)
        7m 36s
      4. Using CDP or LLDP to Map a Network
        5m 21s
      1. Device Management: Introduction
        28s
      2. Understanding a Router's Boot Sequence
        2m 42s
      3. Differentiating Between Boot Options
        10m 1s
      4. Working with Cisco IOS Files
        5m 59s
      5. Cisco IOS Images
        5m 2s
      6. Cisco IOS Licenses
        8m 18s
      7. Password Recovery
        4m 33s
      8. Chapter 33. Device Management Protocols
        37 pages
      9. Chapter 35. Managing IOS Files
        43 pages
      10. Chapter 36. IOS License Management
        25 pages
      1. Troubleshooting with Cisco IOS Tools: Introduction
        28s
      2. Checking Connectivity with Ping
        11m 11s
      3. Tracing a Route
        5m 58s
      4. Using the Terminal Monitor Feature
        2m 21s
      5. Troubleshooting Case Study
        12m 50s
      6. Chapter 23. IPv4 Troubleshooting Tools
        35 pages
      7. Chapter 24. Troubleshooting IPv4 Routing
        34 pages
      1. Module 5 Summary--Network Management
        33s
      1. Final Preparation: Introduction
        50s
      2. Lesson 1 How to Register for the Exam
        6m 16s
      3. Lesson 2 Study Strategies
        10m 46s
      4. Lesson 3 What to do on Exam Day
        5m 6s
      5. Module 8 Summary--Final Preparation
        34s
      6. Chapter 37. Final Review
        30 pages
      7. Appendix A. Numeric Reference Tables
        5 pages
      8. Appendix B. CCENT/CCNA ICND1 100-105 Exam Updates
        2 pages
      9. Appendix C. Answers to the “Do I Know This Already?” Quizzes
        53 pages
      10. Appendix D. Practice for Chapter 14: Analyzing Classful IPv4 Networks
        2 pages
      11. Appendix E. Practice for Chapter 15: Analyzing Subnet Masks
        16 pages
      12. Appendix F. Practice for Chapter 16: Analyzing Existing Subnets
        50 pages
      13. Appendix G. Practice for Chapter 21: Subnet Design
        17 pages
      14. Appendix H. Practice for Chapter 22: Variable-Length Subnet Masks
        9 pages
      15. Appendix I. Practice for Chapter 25: Basic IPv4 Access Control Lists
        3 pages
      16. Appendix J. Practice for Chapter 28: Fundamentals of IP Version 6
        4 pages
      17. Appendix K. Practice for Chapter 30: Implementing IPv6 Addressing on Routers
        2 pages
      18. Appendix L. Mind Map Solutions
        6 pages
      19. Appendix M. Study Planner
        1 page
      20. Appendix N. Classless Inter-domain Routing
        28 pages
      21. Appendix O. Route Summarization
        17 pages
      22. Appendix P. Implementing Point-to-Point WANs
        50 pages
      23. Appendix Q. Topics from Previous Editions
        60 pages
      24. Appendix R. Exam Topics Cross Reference
        20 pages