Type the following for the interface configuration for border-leaf to spine switch:
interface Ethernet<slot>/<port>
mtu 9216
medium p2p
ip unnumbered loopback<loopback-number>
no ip redirects
link debounce 500
no shutdown
interface loopback <loopback number>
ip address <ip address><subnetmask>
ip address <ip address><subnetmask>secondary
Type the following to configure interface configuration for L3 handoff VRF Lite:
interface Ethernet<slot>/<port>
no switchport
no shutdown
interface Ethernet<slot>/<port>
vrf member VxFLEX_Management_VRF
encapsulation dot 1q <vlan id>
ip address <ip address>/<subnetmask>
ip address <ip address><subnetmask>secondary----(Repeat this line for each subnet enabled within VLAN, only if multi-subnet is enabled for any network-type)
no shutdown
interface Ethernet<slot>/<port>
vrf member Customer_Production_VRF
encapsulation dot 1q <vlan id>
ip address <ip address>/<subnetmask>
ip address <ip address><subnetmask>secondary----(Repeat this line for each subnet enabled within VLAN, only if multi-subnet is enabled for any network-type)
no shutdown
Type the following to configure interface for L2 handoff vpc:
vpc domain <domain id>
peer-switch
peer-keepalive destination <destination ip address> source <source ip address>
peer-gateway
interface Ethernet<slot>/<port>
switchport
switchport mode trunk
spanning-tree port type network
switchport trunk allowed VLAN add <vlan id>----(add multi-VLAN numbers if multi-VLAN is used)
channel-group <channel group number>
no shutdown
interface port-channel<port channel number>
vpc peer-link
interface port-channel <port channel number>
switchport mode trunk
switchport trunk allowed VLAN add <vlan id>----(add multi-VLAN numbers if multi-VLAN is used)
vpc <vpc number>
Type the following to configure the distributed gateway for L2 handoff:
interface VLAN<vlan id>
no shutdown
vrf member <VRF Name>
ip address <ip address><subnetmask>
ip address <ip address><subnetmask>secondary----(Repeat this line for each subnet enabled within VLAN, only if multi-subnet is enabled for any network-type)
fabric forwarding mode anycast-gateway
interface VLAN<vlan id>
no shutdown
vrf member Customer_Production_VRF
ip address <ip address><subnetmask>
p address <ip address><subnetmask>secondary----(Repeat this line for each subnet enabled within VLAN, only if multi-subnet is enabled for any network-type)
fabric forwarding mode anycast-gateway
interface VLAN<vlan id>---(Repeat this section for all multi-VLAN numbers that are configured on all the TOR pairs where controller nodes are connected)
no shutdown
vrf member VxFLEX_Management_VRF
ip forward
interface VLAN<vlan id>---(Repeat this section for all multi-VLAN numbers that are configured on all the TOR pairs where controller nodes are connected)
no shutdown
vrf member Customer_Production_VRF
ip forward
Type the following to configure the OSPF underlay:
router ospf <process id>
router-id <router-id>
bfd
interface Ethernet<slot>/<port>
ip ospf network point-to-point
ip router ospf <process id > area <area id>
no shutdown
int lo <loopback number>
ip ospf network point-to-point
ip router ospf <process id > area <area id>
no shutdown
VLAN <vlan ID>---(Repeat this section for all multi-VLAN numbers that are configured on all the TOR pairs where controller nodes are connected)
name <vlan name>
vn-segment <vn-segment ID>
Type the following to configure the network virtualization endpoint (NVE) interface:
interface nve <nve-interface>
no shutdown
source-interfce loopback<loopbacknumber>
host-reachability protocol bgp
member vni <vni number>---(Repeat this section for all multi-VLAN numbers that are configured on all the TOR pairs where controller nodes are connected)
suppress ARP
ingress-replication protocol bgp
member vni <vni number> associate-vrf
Type the following to configure the MP-BGP EVPN VTEP: