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Ipv6 subnetting

Ipv6 subnetting. Chapter 9b Intro to Routing & Switching. objectives. Upon completion of this chapter, you should be able to: Identify an IPv6 address Identify the prefix, subnet ID, and interface ID Explain how to borrow bits Identify a subnetted IPv6 address

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Ipv6 subnetting

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  1. Ipv6 subnetting Chapter 9b Intro to Routing & Switching

  2. objectives • Upon completion of this chapter, you should be able to: • Identify an IPv6 address • Identify the prefix, subnet ID, and interface ID • Explain how to borrow bits • Identify a subnetted IPv6 address • Explain how IPv6 address assignments are implemented in a business network.

  3. 9.3 Ipv6 addressing review

  4. IPv6 Review- 5q • How many bits in an IPv6 address? • 128 • How many hextets in an IPv6 address? • 8 • How many bits in a hextet? • 16 • What are the 3 portions of the address? • Prefix, subnet, interface • How many addresses are available in IPv6? • 340 undecillion

  5. IPv6 Review- 4q • How many bits is the interface ID? • 64 • What is the prefix ID?2001:db8:4a7d:1f:1234:acad:abe5:115f/48 • 2001:db8:4a7d:: • What is the interface ID? • 1234:acad:abe5:115f • What is the 1f? • Subnet ID

  6. Ipv6 subnetting • Why? It’s not even needed! • For design only, NOT for conserving addresses • Hierarchy (order)

  7. The subnet id

  8. Example topology

  9. Example topology with addresses

  10. Ipv6 config router ports 1st 2nd 3rd

  11. Where’d the subnets come from? • Borrowed bits from the interface ID • Remember: 1 hex digit is 4 bits • Nibble • /68 • /72 • /76 • /80, etc.

  12. activity • Packet Tracer Lab 9.3.1.4 • Subnetting an IPv6 Network • Your network administrator wants you to assign five /64 IPv6 subnets to the network shown in the topology. Your job is to determine the IPv6 subnets, assign IPv6 addresses to the routers, and set the PCs to automatically receive IPv6 addressing. Your final step is to verify connectivity between IPv6 hosts.

  13. review

  14. 9.2 Ip design scheme

  15. Plan to address • Prevent duplicate addresses • Each host/port needs a unique IP • Keep documentation • Assign static addresses • Servers & printers need to be accessed • They can’t have random IPs! • Monitor performance • Proper planning of network (separating subnets, making them smaller) makes for less bottlenecks

  16. What needs addresses? • Name some things… • Set a pattern for each group

  17. addressing • Clients- DHCP assignment • Automatic within a set range • Leased addresses can change • Servers & Printers • Set statically for access • Servers that access Internet • Email & web • Public IP • Switches & WAPs • For management • Assigned manually • Router ports • Static • 1st or last address pattern

  18. review

  19. 9 lab

  20. activity • VLSM Lab • 9.2.1.4 Paper • or • 9.2.1.5 Packet Tracer VLSM Lab

  21. Challenge lab • 9.4.1.2 Packet Tracer • As a network technician familiar with IPv4 and IPv6 addressing implementations, you are now ready to take an existing network infrastructure and apply your knowledge and skills to finalize the configuration. The network administrator has already configured some commands on the routers. Do not to erase or modify those configurations. Your task is to complete the IPv4 and IPv6 addressing scheme, implement IPv4 and IPv6 addressing, and verify connectivity. • Worth 2 100 test grades!

  22. Review & study • Complete the study guide handout • Take the quiz on netacad.com • Jeopardy review

  23. Ipv6 subnetting Chapter 9b Intro to Routing & Switching

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