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Quick Definition: Prefix delegation, also known as PD, is one of the methods available in IPv6 for communicating information to a device about what networks are available for subnetting. Service providers can assign customers a prefix to be used on their own internal networks.
The IPv6 prefix concept is similar to IPv4 subnetting. An IPv6 address with a prefix is written as an IPv6 address followed by a decimal number representing the number of bits in the address that constitute the prefix. It is written as: ipv6-address/prefix-length. where: ipv6-address.
There is no user-level demand for IPv6 because the industry is no longer making any apps/devices/services that would take advantage of end-to-end connectivity (even if it was available now - lets say in a hypothetical world where IPv6 adoption is 100%) since its more profitable not to, so as a result there is no
Compatibility and Complexity Most existing systems (computers, networks, routers) were designed to work with IPv4, and unfortunately, IPv6 lacks backward compatibility with these legacy systems and network devices.
Delegated-IPv6-Prefix AVP is used to designate the Delegated Prefix of prefix length 48/52/56 bits. This AVP is treated differently than Framed-IPv6-Address. P-GW communicates this delegated prefix to the UE only using DHCPv6 message handshake SOLICIT/ADVERTIZE/REQUEST/RESPONSE.
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The prefix delegation feature lets a DHCP server assign prefixes chosen from a global pool to DHCP clients. The DHCP client can then configure an IPv6 address on its LAN interface using the prefix it received.
IPv6 has eliminated the need for broadcasts by replacing them with multicast communication, vastly increasing network efficiency. For example, IPv4 requires that you limit the number of hosts within a subnet to avoid too many broadcasts resulting in network slowdowns.
With prefix delegation, a delegating router (the BNG) delegates IPv6 prefixes to a requesting router (the CPE). The requesting router then uses the prefixes to assign global IP addresses to the devices on the subscriber LAN. The requesting router can also assign subnet addresses to subnets on the LAN.

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