English | MP4 | AVC 1280×720 | AAC 44KHz 2ch | 4h 46m | 935 MB
Understanding how data moves across networks with IPv4 and IPv6 is the cornerstone of CCNA studies. This course explains in detail how IPv4 and IPv6 routing operates with extensive demonstrations to explain how routers move IP packets.
The entire purpose of a router is to move packets from one interface to another. In this course, Routing IPv4 and IPv6, you will explore in detail how IPv4 and IPv6 routing works. First, you will start by learning how ARP operates, allowing IPv4 packets to be sent in an Ethernet frame. Next, you will examine how you can get IP packets off of a network by using the default gateway configuration on a PC, and then take a look at what happens after the router receives the packet, and uses a route to forward the message. Finally, you will discover how to specify and configure static routes for both IPv4 and IPv6. By the end of this course, you will have a better understanding of troubleshooting tools, how to use them to effectively troubleshoot a network, and how you can set up a redundant IPv4 network using static routes.
Table of Contents
Course Overview
1 Course Overview
Address Resolution Protocol
2 Introduction
3 A Basic Network and the IP Packet
4 How Address Resolution Protocol (ARP) Works
5 Demo- Examining the ARP Table on a Windows Workstation
6 Demo- Using Wireshark to Capture an ARP Message
7 Summary
The Default Gateway
8 Introduction
9 The Default Gateway
10 How Does the Default Gateway Work-
11 Demo- Using Wireshark to Examine a Ping Message Frame Header and Packet Header
12 Summary
IPv4 Static Routing
13 Introduction
14 Lets Take a Ride
15 How a Static Route Gets a Packet to Its Destination
16 Using a Static Route to Reply to a ping Message
17 Demo- Configuring Static Routes
18 Summary
Troubleshooting IPv4 Static Routes
19 Introduction
20 Demo- Verifying the Correctly Configured Network and Then Breaking It
21 Demo- Pinging Each Address on Your Network from Close to Far to Find Where Its Broken
22 Demo- Using ping to Find out Why We Cant Get Replies and Then Fixing It
23 Demo- Accidentally Adding the Incorrect Static Route Multiple Times
24 Demo- Using traceroute for Troubleshooting
25 Demo- Static Routes and the Exit Interface
26 Summary
IPv6 Neighbor Discovery Protocol
27 Introduction
28 Broadcast vs. Multicast
29 IPv6 Neighbor Discovery Protocol
30 Demo- Setting up IPv6 Addresses on Your Router and Workstation
31 Demo- Examining the IPv6 Neighbor Table
32 Demo- Using Wireshark to Capture the Neighbor Solicitation and Advertisement
33 Summary
IPv6 Static Routing
34 Introduction
35 Comparing IPv4 to IPv6 Static Routing
36 Demo- Looking at Your Workstations Config and Testing IPv6 Connectivity Across the Networks
37 Demo- Adding the IPv6 Static Routes to Router A and Router B
38 Summary
Troubleshooting IPv6 Static Routing
39 Introduction
40 Demo- Examining Misconfigured IPv6 on Router Interfaces
41 Demo- Examining the IPv6 Unicast-routing Command
42 Demo- Examining the IPv6 Next Hop Address
43 Summary
Check Your Knowledge- Route Selection and Dual Stack
44 Introduction
45 Demo- The Order of Router Selection
46 Demo- Which Route Does a Packet Take When There Are Multiple Routes-
47 Demo- Configuring the Default Route
48 Demo- How a Network Behaves with Static Routes When Another Router Is Added
49 Demo- Configuring Dual Stack on Your Network
50 Summary
Check Your Knowledge- Static Routes in Redundant Networks
51 Introduction
52 Administrative Distance
53 Demo- Adding the Initial Configuration to Router A
54 Demo- Using Notepad to Edit the Startup Config of Router A for Use in Router B
55 Demo- Using Notepad to Edit the Startup Config of Router B for Use in Router C
56 Demo- Building Static Routes on Router A
57 Demo- Building Static Routes on Routers B and C Then Testing the Connectivity
58 Summary
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