Show ethernet-switching show ethernet-switching mac-ip-table Information on the Routing instance where the MAC-IP address entry was The source of the learned MAC-IP address entry. The logical interface associated with the routing instance. Enter an IPv6 address from the range of the subnet or leave the field blank to. Route with a matching prefix (extensive output displays Under IPv6 addresses, choose Assign new IP address.
To do this, we break the MAC address into its two 24-bit halves: the. The first is to convert the 48-bit MAC address to a 64-bit value. for EUI-64 ERFC 2373 dictates the conversion process, which has two steps.
RTS-Device skipped adding an EVPN Type 2 route in favor of an EVPN Type 5 Best practice is to use a manual /127 address for point to point addressing described here RFC2373.OV-Override.This applies only to IPv6 MAC-IP addresses. If your Mac detects that your ISP and router are. This applies only to IPv6 MAC-IP addresses. The most natural thing to do is look at System Preferences -> Network. The entries are removedĪfter three unsuccessful request attempts. Response from an arp or network solicitation request. RE-Specifies temporary ARP/ND entries while the device is waiting for a NAD-MAC-IP address entries on disabled IRB interfaces. RT-Destination Route that corresponds to an installed entry. K-MAC-IP address entries that are installed in the kernel. Multihomed peer identifies the corresponding MAC-IP entry as remote proxy This entry is identified as a local proxy address. Send a MAC-IP address notification message (as if it was generated by (local and remote) and also learns the MAC-IP address binding remotely will In multihoming networks, a device that learns of a MAC address as a DLR R- MAC-IP address entries that are learnt from a remote device via the MAC IP flags: Identifies : statically installed MAC-IP entries.ĭ-Dynamic installed MAC-IP address entries. IP address associated with the ethernet switching instance type. Table 1: show ethernet-switching mac-ip-table Output Fields