IPv6 Addressing

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IPv6 Addressing• Interface Identifier– Always 64 bits (least significant)– Can be “randomly” generated – RFC 3041– Ethernet uses MAC (or EUI-64)
IPv6 Addressing• What is EUI-64– Extended Unique Identifier. Replaces MACaddresses– 24-bit company_id (tracked by IEEE)– 40-bit “unique” identifier
Page 3 and 4: IPv6 Addressing• How do we count?
Page 5 and 6: IPv6 Addressing• What is hexadeci
Page 7 and 8: IPv6 Addressing• How was it done
Page 9 and 10: 128 bit addressIPv6 Addressing0011
Page 11 and 12: IPv6 Addressing3FFE:80F0:0002:0000:
Page 13 and 14: IPv6 Addressing3FFE:80F0:0002:0000:
Page 15 and 16: IPv6 Prefix2001:CB8E:2A::D15/642001
Page 17 and 18: IPv6 Prefix3FFE:10C2:43EE:D0C:F::C1
Page 19 and 20: IPv6 Prefix2002:3F0E:102A:3010:33::
Page 21 and 22: Unicast Address• A single unique
Page 23 and 24: Anycast Address• An IPv6 address
Page 25 and 26: Other IPv6 Addresses• The unspeci
Page 27 and 28: IPv6 Addressing1111 1110 10 Link-Lo
Page 29 and 30: IPv6 Addressing• Site-Local-Use A
Page 31: IPv6 Addressing• Link-Local-Use A
Page 35 and 36: IPv6 Addressing• How is MAC conve
Page 37 and 38: IPv6 Addressing• The IPv6 interfa
Page 39 and 40: IPv6 Multicast AssignmentsNode-Loca
Page 41 and 42: IPv6 Multicast AssignmentsLink-Loca
Page 43 and 44: All ScopeIPv6 Multicast Assignments
Page 45 and 46: IPv6 TLA structure
Page 47: Aggregatable Global UnicastFPTLA ID

IPv6 Addressing

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