QoS Signaling for IPv6 Qos Supportandquot; 2025

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QoS features supported for IPv6 environments include packet classification, queueing, traffic shaping, packet marking, and policing of IPv6 packets.
Two fields in an IPv6 header are related to QoS, Traffic Class (TC), and Flow Label (FL). The TC field has eight bits and functions the same as the ToS field in an IPv4 packet header to identify the service type.
First, enable IPv6 routing on a Cisco router using the ipv6 unicast-routing global configuration command. This command globally enables IPv6 and must be the first command executed on the router. Configure the IPv6 global unicast address on an interface using the ipv6 address address/prefix-length [eui-64] command.
The fields in the IPv6 header are: Version 4 bits are used to indicate the version of IP and is set to 6. Traffic Class Indicates the class or priority of the IPv6 packet. The size of this field is 8 bits.
Two fields in an IPv6 header are related to QoS, Traffic Class (TC), and Flow Label (FL). The TC field has eight bits and functions the same as the ToS field in an IPv4 packet header to identify the service type. The FL field has 20 bits and is used to identify packets in the same data flow.
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The IPv6 DSCP value is the first six bits in the 8-bit Traffic Class field of the IPv6 header. The DSCP value is used to determine the behavior aggregate (BA) classification for the packet entering the network device. You use classifier rules to map the DSCP code points to a forwarding class and packet loss priority.