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Related Documentation
- M Series
- IPv6 Addressing Requirements for a Dual-Stack Network
- IPv6 Neighbor Discovery Protocol Overview
- How NDRA Works in a Subscriber Access Network
- Design 2: IPv6 Addressing with NDRA and DHCPv6 Prefix Delegation
- Design 3: IPv6 Addressing with NDRA
- Configuration Tasks for PPPoE Access Networks in Which NDRA Is Used
- MX Series
- IPv6 Addressing Requirements for a Dual-Stack Network
- IPv6 Neighbor Discovery Protocol Overview
- How NDRA Works in a Subscriber Access Network
- Design 2: IPv6 Addressing with NDRA and DHCPv6 Prefix Delegation
- Design 3: IPv6 Addressing with NDRA
- Configuration Tasks for PPPoE Access Networks in Which NDRA Is Used
Overview of Using NDRA to Provide IPv6 WAN Link Addressing
In a dual-stack network, NDRA provides a lightweight address assignment method for autoconfiguration of the global IPv6 address on the CPE WAN link. The CPE device can construct its own IPv6 global address by combining the interface ID that is negotiated by IPv6CP and the prefix obtained through NDRA.
Related Documentation
- M Series
- IPv6 Addressing Requirements for a Dual-Stack Network
- IPv6 Neighbor Discovery Protocol Overview
- How NDRA Works in a Subscriber Access Network
- Design 2: IPv6 Addressing with NDRA and DHCPv6 Prefix Delegation
- Design 3: IPv6 Addressing with NDRA
- Configuration Tasks for PPPoE Access Networks in Which NDRA Is Used
- MX Series
- IPv6 Addressing Requirements for a Dual-Stack Network
- IPv6 Neighbor Discovery Protocol Overview
- How NDRA Works in a Subscriber Access Network
- Design 2: IPv6 Addressing with NDRA and DHCPv6 Prefix Delegation
- Design 3: IPv6 Addressing with NDRA
- Configuration Tasks for PPPoE Access Networks in Which NDRA Is Used
