34
MAC Learning rate : -
Drop Unknown : -
Flooding : Enabled
Gateway interface : VSI-interface 1
VXLAN ID : 10
Tunnels:
Tunnel Name Link ID State Type Flood proxy
Tunnel2 0x5000002 Up Manual Disabled
Tunnel3 0x5000003 Up Manual Disabled
# Verify that Switch B has created ARP entries for the user terminals.
[SwitchB] display arp
Type: S-Static D-Dynamic O-Openflow R-Rule M-Multiport I-Invalid
IP address MAC address VID Interface/Link ID Aging Type
20.1.1.5 000c-29c1-5e46 N/A Vlan20 19 D
10.1.1.11 0000-1234-0001 N/A Vsi1 20 D
10.1.1.12 0000-1234-0002 N/A Vsi1 19 D
# Verify that Switch B has created FIB entries for the user terminals.
[SwitchB] display fib 10.1.1.11
Destination count: 1 FIB entry count: 1
Flag:
U:Useable G:Gateway H:Host B:Blackhole D:Dynamic S:Static
R:Relay F:FRR
Destination/Mask Nexthop Flag OutInterface/Token Label
10.1.1.11/32 10.1.1.11 UH Vsi1 Null
2. Verify that the user terminals can access the WAN:
# Verify that Terminal 1 and Terminal 2 can ping each other. (Details not shown.)
# Verify that Terminal 1, Terminal 2, and VLAN-interface 20 (20.1.1.5) on Switch E can ping
each other. (Details not shown.)
Distributed VXLAN IPv4 gateway configuration example
Network requirements
As shown in Figure 14:
• Configure VXLAN 10 and VXLAN 20 as unicast-mode VXLANs on Switch A, Switch B, and
Switch C to provide connectivity for the user terminals across the network sites.
• Manually establish VXLAN tunnels and assign the tunnels to the VXLANs.
• Configure distributed VXLAN IP gateways on Switch A and Switch C to forward traffic between
the VXLANs.
• Configure Switch B as a border gateway to forward traffic between the VXLANs and the WAN
connected to Switch E.
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