The self-paced training includes 7 hours of video on demand, quizzes and 4 hands-on labs (Equipment to perform labs is not included).
NetMasterClass now offers IPv6 training in a Video on Demand format. IPv6 is the second in a series of VODs that will comprise the CCIE Class-on-Demand.
This self-paced Lesson Module provides a set of three complementary learning resources:
- Seven hours of video on demand instruction on IPv6
- Supplementary "Spot-the-Issues" soft assessment quizzes
- Four hands-on labs focused on the subject of configuring IPv6.
The centerpiece of this Lesson Module is the IPv6 video on demand instruction. The following split screen format of each Video on Demand module provides the powerful learning experience of looking over a CCIE's shoulder while he both configures and explains the operation of IPv6:
Not only will the subject of working with IPv6 be covered in these video on demand modules, the "issue spotting/options analysis" problem solving approach will be presented and applied as well. Adopting this problem approach is useful for solving minimally described CCIE level problems. Once this problem solving approach is adopted and internalized, a student will be able to formulate an "opening moves" strategy for any and all IPv6 configuration and troubleshooting tasks that may be encountered.
In the context of the Cisco 360 Three Phase CCIE Lab Preparation Roadmap, this IPv6 Lesson Module is recommended to be used during Phase Two of this Roadmap
You will download all content for this Lesson Module on your own computer. Therefore, you will be able to view and access the content without being connected to the Internet. Also, it must be noted that you will need to also download the LockLizard DRM viewer in order to access the content of this Lesson Module.
Duration:
Seven Hours of Video on Demand modules divided into four blocks Each VoD is approximately 15-30 minutes in length. For each block, a set of supporting "Spot the Issues" Soft Assessment Quizzes are provided. Four Hands-on Technology Focused Practice Labs dedicated to the subject of the IPv6 is covered in this Lesson Module.
Target Audience
This self-paced Lesson Module is for technical professionals who need to master CCIE level problems involving IPv6 that involve:
- Configuring IPv6 over Link Layer Technologies
- Configuring IPv6 Unicast Routing
- Deploying IPv4 to IPv6 Migration Methods
Lesson Module Objectives
Upon completion of this self-paced Lesson Module, you should be able to formulate well defined mental simulations to perform the following IPv6 tasks with the customary minimally described parameters commonly found in CCIE Level tasks. Upon completing these lessons, you will be able to:
- Configure IPv6 over a range of Link Layer Technologies
- Configure IPv6 Unicast Routing Protocols such as RIPng and OPSFv3
- Configure IPv6 Route Redistribution
- Configure IPv6 over IPv4 Tunnels
- Configure IPv4/IPv6 NAT PT
Lesson Module Prerequisites
Following are the prerequisites for using this Lesson Module
A CCNP level of understanding IPv6 as well as:
- The ability to perform the operational basics of implementing IPv6
- A basic undertanding of the IPv6 address format.
To view the contents of this Lesson Module, download the LockLizard DRM viewer to be able to view the VoD modules.
To locate Cisco courses that cover the listed prerequisites, go to the Cisco Training & Events web page found here
Lesson Module Outline
The VoD's in this Lesson Module cover the following topics
BLOCK-1: IPv6 Subnet Connectivity
- IPv6VOD1-1 Introduction to IPv6
- IPv6VOD1-2 IPv6 Addressing
- IPv6VOD1-3 IPv6 Address Assignment Methods: Static
- IPv6VOD1-4 IPv6 Address Assignment Methods: Stateless Autoconfig
- IPv6VOD1-5 Unicast Connectivity on a Per-Link Basis: Point-to-Point
- IPv6VOD1-6 Unicast Connectivity on a Per-Link Basis: Point-to-Multipoint
- IPv6VOD1-7 Unicast Connectivity on a Per-Link Basis: Multi-Access
BLOCK-2: IPv6 IGPs and BGP
- IPv6VOD2-1 Static Routes for IPv6
- IPv6VOD2-2 RIPng
- IPv6VOD2-3 OSPFv3
- IPv6VOD2-4 IPv6 EIGRP
- IPv6VOD2-5 IPv6 Policy Routing
- IPv6VOD2-6 IPv6 Redistribution: RIPng
- IPv6VOD2-7 IPv6 Redistribution: RIPng/OSPF
- IPv6VOD2-8 IPv6 Redistribution: RIPng/OSPF/BGP
- IPv6VOD2-9 Connecting AS to AS using BGP
- IPv6VOD2-10 RIPng: Additional Characteristics
BLOCK-3: IPv6 and IPv4 Transition Techniques
- IPv6VOD3-1 Introduction to IPv6 Transition Techniques
- IPv6VOD3-2 Manual IPv6 Tunnels
- IPv6VOD3-3 GRE IPv6 Tunnels
- IPv6VOD3-4 Automatic 6to4 Tunnels
- IPv6VOD3-5 IPv4 Compatible IPv6 Tunnels
- IPv6VOD3-6 ISATAP Tunnels
BLOCK-4: IPv6 Multicast, QoS, and NAT-PT
- IPv6VOD4-1 IPv6 Multicast
- IPv6VOD4-2 IPv6 QoS
- IPv6VOD4-3 IPv6 Static NAT-PT
- IPv6VOD4-4 IPv6 Dynamic NAT-PT (Part 1)
- IPv6VOD4-5 IPv6 Dynamic NAT-PT (Part 2)
Lab Outline
An absolutely mandatory activity for any CCIE level learning activity is performing hands-on practice. This Lesson Module contains four hands-on labs focused on the IPv6 topics covered in the enclosed VOD’s. Each of these four hands-on technology focused scenarios consists of:
- A Scenario written with CCIE Level configuration tasks
- A Detailed Answer Key
- The web-based and highly interactive Mentor Guide
Lab Topology
The following minimal topology is required to perform the IPv6 Lesson Module's hands-on technology focused labs.
Of these three learning elements, the primary one is the Video-on-Demand module. There are 23 video on demand modules in the IPv6 Class-on-Demand product. Each of these video on demand modules has an average length of 15 minutes. When you total up all of the time to watch all 23 IPv6 Video on Demand modules, it amounts to over seven hours of video content. Not only do you listen to the content, but you also see how to configure, verify and troubleshoot IPv6 technologies using the Cisco IOS.
Once a student has listened to all of the video-on-demand modules for a given block, he/she can perform an on-line "Spot the Issues" quiz to provide a preliminary assessment of his/her level of competence of the topics covered. These online quizzes are immediately graded. When a student gets a quiz question wrong, it links back to the relevant video-on-demand module. You can take the quizzes as many times as you would like and each time you will get a new list questions from the database and the answers would be shuffled to insure that you have mastered the concept, not just memorized the question and answer.
View multimedia demo presentation »
Check out some screen shots of the product:

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Keys to Mastering IPv6
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The Transition to IPv6
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When Will IPv6 Arrive?
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Issues with IPv4
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IPv6 Features
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Introducing the New Address
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Syntax Tricks
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Subnet Mask Representation
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Network and Node Addressing
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Network Addressing In-Depth
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Address Types � Unicast, Multicast, Anycast
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Special Unicast Addresses
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Comparing IPv4 Addressing and IPv6 Addressing
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The Comparison in Action
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IPv6 Address Assignment Method Decisions
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Static Assignment of Routable Addresses
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IPv6 Unnumbered
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IPv6 Link-Local Addressing
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IPv6 Address Assignment Method Decisions
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Stateless Autoconfiguration
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Stateless Autoconfiguration in Action
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Unicast Connectivity for Point-to-Point
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Unicast Connectivity for Point-to-Point Demonstrated
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Link-Local Addressing Only Configurations
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Unicast Connectivity for Point-to-Multipoint
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Point-to-Multipoint Revealed
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Frame-Relay and IPv6
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Point-to-Multipoint Frame-Relay and IPv6 Demonstrated
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Unicast Connectivity for Multi-Access
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IPv6 Mechanisms in the Multi-Access Environment
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Unicast Connectivity for Multi-Access Demonstred
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IPv6 and the 3560
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Introduction to IPv6 EIGRP
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Characteristics of IPv6 EIGRP
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Mastering IPv6 EIGRP Configurations
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IPv6 Policy Routing
- Overview of the IPv6 Policy Based Routing (PBR)
- Packet Matching
- Packet Forwarding Using Set Statements
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IPv6 Interface Policy Based Routing
- Matching Source of IPv6 packet
- Matching Destination of IPv6 packet
- Matching Source and Destination
- Matching complex criteria: IPv6 packet length, DSCP values and Setting IPv6 precedence
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IPv6 Local Policy Based Routing
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IPv6 Policy Based Routing setting multiple outgoing interfaces and next hops.
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Redistribution between IPv6 RIP instances
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Redistribution of Connected prefixes into IPV6 RIP
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RIP metric manipulation and redistribution control
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Redistribution between IPv6 OSPF instances
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Redistribution of Connected prefixes into IPV6 OSPF
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Redistribution between IPV6 OSPF and RIP
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OSPF metric manipulation and redistribution control
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Redistribution between IPv6 OSPF and BGP
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Redistribution between IPv6 RIP and BGP
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Issues with redistribution and BGP IBGP peer relationship
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Characteristics of Manual IPV6 Tunnels
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Configuration of Manual IPv6 Tunnels
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IPv6 Routing Protocols over Manual IPv6 Tunnels
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Characteristics of Manual IPV6 Tunnels
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Configuration of GRE IPv4 Tunnels
- IPv6 is passenger
- IPv4 is transport
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IPv6 Routing Protocols over GRE IPv4 Tunnels
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GRE IPv6 Tunnel Configuration
- IPv6 is passenger
- IPv6 is transport
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IPv6 Routing Protocols over GRE IPv6 Tunnels
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Characteristics of Automatic 6to4 Tunnels
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Configuration of Automatic 6to4 Tunnels
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IPv6 Routing Protocols over Automatic 6to4 Tunnels
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Characteristics of IPv4 Compatible IPv6 Tunnels
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Configuration of IPv4 Compatible IPv6 Tunnels
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IPv6 Routing Protocols over IPv4 Compatible IPv6 Tunnels
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Characteristics of ISATAP Tunnels
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Configuration of ISATAP Tunnels
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IPv6 Routing Protocols over ISATAP Tunnels
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For More Information
To learn more please Visit Cisco Learning Network portal: Lesson IPv6