IPv6 training course benefits
IP version 6 (IPv6) is widely recognised as the protocol and network standard that the Internet, mobile networks, mobile devices, and indeed all IP networks, will migrate to.
This unique hands-on practical IPv6 training course provides an in-depth insight into IPv6 features, benefits, operation, co-existence with IPv4 and migration to IPv6.
Hands-on practical IPv6 course
This LEVER IPv6 course features extensive hands-on practical labs. Delegates work with current implementations of IPv6, including IPv6 on Cisco, Microsoft Windows 2000, Windows XP, Windows Server 2003, Linux and UNIX systems.
Who should attend IPv6 training?
Network managers, designers, consultants and support staff responsible for planning or supporting IPv4 networks, and all staff responsible for evaluating or implementing IPv6. Vendors of IPv4 and IPv6 products will find this IPv6 course invaluable.
IPv6 course pre-requisites
Delegates must have a thorough understanding of IPv4 protocols, addressing, implementation, configuration and testing on Microsoft Windows systems prior to attending this IPv6 training course. Course 313: IPv4 Protocols, Analysis, Troubleshooting and Support, or equivalent experience, is recommended.
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LEVER IPv6 Course 324: IPv6 Training Course Content
Motivations for IPv6
Current status of IPv4
Limitations of IPv4
IP address depletion
Route expansion
CIDR, NAT
Security, Class of Service
The IPng project
The 6Bone Project
IPv6 standards
The IPv6 Protocol
IPv6 header format
IPv6 option headers
Address format and notation
"Special" and reserved addresses
The Datagram service
Datagram hopcount
Eliminating checksums
IPv6 Plug-and-Play configuration
Obtaining IPv6 addresses
Configuring IPv6
Stateless & stateful autoconfiguration
Link local addressing
Duplicate Address Detection
Address resolution
Neighbour discovery & solicitation
Router discovery
ICMPv6 redirection
Working with IPv6
IPv6 on Cisco routers
Other commercial routers
IPv6 on Windows XP
IPv6 on Windows 2000
IPv6 on Windows NT 4.0
IPv6 on UNIX, Linux
IPv6 Operation over Networks
Ethernet, FDDI
IEEE 802 networks
PPP
NBMA networks
ATM, Frame relay, SMDS
Internetworking with IPv6
Global addressing
Address assignment and management
IPv6 routing protocols
OSPFv3, RIPng
BGP, IDRP
IPv6 Fragmentation and Reassembly
Discovering path MTU
Fragmentation option header
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IPv6 Security
Host Authentication
Using MD5 hashing
AH header
Generating keys
Encryption services and algorithms
ESH header
Distributing and authenticating keys
Employing IPv6 security
Implementing DNS for IPv6
AAAA resource records
Coexistence with IPv4
Dynamic DNS
DNS support for mobile computing
Migrating from IPv4 to IPv6
Dual Stacking IPv6 & IPv4
Tunnelling IPv6 over IPv4
- "6 over 4" tunnels
- "6to4" tunneling
Tunnelling IPv4 over IPv6
Limitations of tunnelling
Network address translation
NAT-PT
Coexisting addressing schemes
Migrating addressing schemes
The 6Bone Project
RIPE IPv6 routing database
Joining the 6Bone
Advanced usage of IPv6
Real-Time support
Real-time tagging, flow labels
Interworking IPv6 and ATM
Mobile IPv6
Location-independent addressing
Address management
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