IPv6 Address Planning

Index

Symbols

$$$ (TCAM), RIB versus FIB–RIB versus FIB

6LoWPAN (IETF), Characteristics of IoT Devices

6to4, security and, DHCPv6 Challenges

:: (double-colons), Representation

A

AAAA DNS records, IPv6 DNS Basics

access-list (ACL) manageability

best-fit allocation and, Best-Fit Allocation

functional allocations and, Function and Location Assignment Revisited

N+1 allocations and, N+1 Allocation

random allocation and, Random Allocation

sparse allocation and, Sparse Allocation

acquisitions

address planning for, Assigning Function and Location

consolidating networks after, Unicast Addresses

address allocation

fixed, for sites, What Is a Site?

planning, Obtaining an IPv6 Address Allocation

sizes of, Properly-Sized Initial IPv6 Allocations

Address Allocation for Private Internets, Introduction

address exhaustion, A Dilemma of Scale–A Dilemma of Scale, Conclusion

business case for IPv6 and, The IPv6 Business Case You Already Have

NAT and, IPv4 Exhaustion and NAT–IPv4 Exhaustion and NAT

address families

MP-BGP, MP-BGP

OSPFv3, OSPFv3 Address Families

Address Lifetime Expectations (ALE), IPv4 Exhaustion and NAT

address plan structure, Address Plan Structure–Address Plan Structure

designing with IPAM systems, IPAM Features

address planning, Introduction–Summary

allocation methods, IPv6 Allocation Methods–Random Allocation

for IoT applications, IPv6 Address Planning for IoT Deployments

intra- vs. inter-site planning, Intra-Site Versus Inter-Site Planning–Intra-Site Versus Inter-Site Planning

sites, defined, What Is a Site?