2015
Cisco Press
Rick Graziani
7:05
English
IPv6 can be challenging for everyone, from CCNA students to seasoned network engineers. The transition to IPv6 has begun, mostly due to the long-anticipated problem of IPv4 address exhaustion. The lessons in this video give you a strong foundation in understanding the IPv6 protocol, including IPv6 addressing and address types; dynamic IPv6 address assignment using SLAAC; stateless DHCPv6 and stateful DHCPv6; ICMPv6 Neighbor Discovery; address resolution; and routing IPv6 using EIGRP for IPv6 and OSPFv3, including named EIGRP and OSPFv3 address families. Using the information in this video, you will understand how IPv6 is implemented in a network. The author provides a series of short instructional videos that clearly explain these and other IPv6 topics. These videos will help those already familiar with IPv4 become confident in their understanding and implementation of IPv6.
Lesson 1: Introduction to IPv6
1.1 Beginning with IPv4
1.2 Introducing IPv6
1.3 The Need for IPv6
1.4 Transitioning to IPv6
Lesson 2: Comparing IPv4 and IPv6
2.1 Comparing the IPv4 and IPv6 Headers
2.2 A Brief Look at IPv6 Address Types
2.3 A Brief Look at ICMPv6 Neighbor Discovery
Lesson 3: IPv6 Address Representation and Address Types
3.1 Understanding Hexadecimal Numbers
3.2 Representing an IPv6 Address
3.3 The IPv6 Prefix Length
3.4 Overview of IPv6 Address Types
Lesson 4: Global Unicast Addresses (GUA)
4.1 Purpose and Format of GUA
4.2 Subnetting IPv6
4.3 IPv6 Address Allocation
4.4 Configuring a Static GUA
4.5 Configuring a Static GUA with EUI-64
4.6 Overview of Dynamic IPv6 Address Allocation (SLAAC and DHCPv6)
Lesson 5: Link-Local Addresses
5.1 Purpose and Format of Link-Local Addresses
5.2 Automatically Created Link-Local Addresses
5.3 Manually Created Link-Local Addresses
5.4 Verifying Link-Local Addresses
Lesson 6: IPv6 Multicast Addresses
6.1 Purpose and Format of IPv6 Multicast Addresses
6.2 Introducing IPv6 Solicited-Node Multicast Addresses
6.3 IPv6 Solicited-Node Multicast Advantages and Ethernet
6.4 IPv6 Solicited-Node Multicast Example
6.5 Mapping IPv6 Multicast to Ethernet Multicast
6.6 Multicast Listener Discovery
Lesson 7: SLAAC (Stateless Address Autoconfiguration)
7.1 Introduction to SLAAC and ICMPv6 ND
7.2 Creating the Interface ID: EUI-64 or Random Value
7.3 Configuring a Router as a SLAAC Client
7.4 IPv6 Enabled Clients and Your Network
Lesson 8: DHCPv6
8.1 Router Advertisement and DHCPv6
8.2 Stateless DHCPv6
8.3 Stateful DHCPv6
8.4 DHCPv6 Relay
8.5 DHCPv6 Prefix Delegation Process
8.6 DHCPv6-PD Configuration Example
8.7 Verifying DHCPv6-PD
Lesson 9: Introduction to ICMPv6
9.1 ICMPv6 Messages
9.2 ICMPv6 Error Messages
9.3 ICMPv6 Informational Messages: Echo Request and Echo Reply
9.4 Introducing ICMPv6 Neighbor Discovery
Lesson 10: ICMPv6 Neighbor Discovery
10.1 Introducing ICMPv6 Neighbor Discovery
10.2 Router Solicitation and Router Advertisement Messages
10.3 Neighbor Solicitation and Neighbor Advertisement Messages
10.4 Neighbor Cache
Lesson 11: IPv6 Routing Table and Static Routes
11.1 Enabling the IPv6 Router
11.2 IPv6 Routing Table
11.3 IPv6 Static Routes and CEF
11.4 IPv6 Summary Static Routes
11.5 IPv6 Default Static Route
Lesson 12: EIGRP for IPv6
12.1 Protocol and Concepts
12.2 Classic EIGRP for IPv6
12.3 Named EIGRP Configuration
12.4 EIGRP Configurations at a Glance
Lesson 13: OSPFv3
13.1 Protocol and Concepts
13.2 OSPFv2 and Traditional OSPFv3
13.3 OSPFv3 Address Families
13.4 OSPF Configurations at a Glance
Download File Size:3.21 GB
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