Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco VPN Interface Ethernet from the list of templates.

Step 4

From Basic Configuration, click IPv6 and configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure according to this example.

interface GigabitEthernet1
  no shutdown
  ipv6 address 2001:DB8:1::1/64
  ipv6 enable

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco OMP from the list of templates.

Step 4

In the Advertise section, select IPv6 and configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Enable service VRF for IPv6, according to this example.

config-transaction
vrf definition 1
  rd 1:1
  address-family ipv6

Step 3

Enable OMP, according to this example.

config-transaction
sdwan
  omp
  !
  address-family ipv6
   advertise bgp
   advertise connected

   address-family ipv6 vrf 1
    advertise static

Step 4

Global configuration is the default configuration, so IPv6 is enabled by default for OMP. To disable IPv6 OMP route redistribution for a particular VRF, configure the redistribution protocol to no .

config-transaction
sdwan
  omp
  !
  address-family ipv6
   advertise bgp
   advertise connected

   address-family ipv6 vrf 1
    no advertise connected
    no advertise static
    no advertise bgp

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco BGP from the list of templates.

Step 4

In the Unicast Address Family section, select IPv6 and configure these parameters.

Step 5

In the Neighbor section, select IPv6, create a new neighbor or edit an existing one, and then configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure according to this example.

config-transaction
router bgp 1
 bgp log-neighbor-changes
  address-family ipv6 unicast vrf 1
  neighbor 2001:DB8:19::1 remote-as 2
  neighbor 2001:DB8:19::1 activate
  neighbor 2001:DB8:19::1 advertisement-interval 1
  neighbor 2001:DB8:19::1 password cisco
  redistribute omp
  redistribute static
  exit-address-family

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco VPN Interface Ethernet from the list of templates.

Step 4

In the VRRP section, select IPv6.

Step 5

Click New VRRP and configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure VRRP, according to this example.

config-transaction
interface GigabitEthernet1
  
 vrrp 10 address-family ipv6
   priority 20
   track omp shutdown
   address FE80::10:100:1 primary
   address 2001:10:100::1/64
 
Prefix-list tracking
track 1 ipv6 route 1:1::1/128
 reachability
 ipv6 vrf 1
 
 track 2 ipv6 route 2:2::2/128
 reachability
 ipv6 vrf 2
 
 track 20 list boolean or
  object 1
  object 2
 
vrrp 10 address-family ipv6
  track 20 shutdown

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco SNMP from the list of templates.

Step 4

In the Trap section, create or edit an SNMP trap target.

Step 5

Configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure SNMP, according to these examples.

Device# config-transaction
Device(config)# snmp-server community public
Device(config)# snmp-server enable traps bgp
Device(config)# snmp-server host 3ffe:b00:c18:1::3/127 public
 

Device# config-transaction 
Device(config)# snmp-server context A
Device(config)# snmp mib community-map commA context A target-list comm AVpn
Device(config)# snmp mib target list commAVpn vrf CustomerA
Device(config)# snmp-server view viewA ciscoPingMIB included
Device(config)# snmp-server view viewA ipForward included
Device(config)# snmp-server group GROUP1 v2c contextA read viewA write viewA notify access ipv6 public2
 

Device> enable
Device# config-transaction 
Device(config)# snmp-server community mgr view restricted rw ipv6 mgr2
Device(config)# snmp-server engineID remote 3ffe:b00:c18:1::3/127 remotev6
Device(config)# snmp-server group publicv2c access ipv6 public2
Device(config)# snmp-server hosthost1.com2c vrf trap-vrf mgr
Device(config)# snmp-server user user1 bldg1 remote3ffe:b00:c18:1::3/127 v2c access ipv6 public2
Device(config)# snmp-server enable traps bgp
Device(config)# exit
 

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco VPN Interface Ethernet from the list of templates.

Step 4

In the Basic Configuration section, select IPv6.

Step 5

In the DHCP Helper area, click Add and configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a DHCP relay agent, according to this example.

device-configuration
interface GigabitEthernet8
 vrf forwarding 2
 no ip address
 ipv6 address 2001:A14:99::F/64
 ipv6 dhcp relay destination vrf 1 2001:A14:19::12 GigabitEthernet2

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco VPN Interface Ethernet from the list of templates.

Step 4

In the ACL/QoS section, configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure ACL according to this example.

Device(config)# policy
Device(config-policy)# ipv6
Device(config-ipv6)# access-list ipv6_acl
Device(config-access-list-ipv6_acl)#    sequence 11
Device(config-sequence-11)#     match
Device(config-match)#       source-ip 2001:380:1::64/128
Device(config-match)#      destination-ip 2001:3c0:1::64/128
Device(config-match)#      source-port      4000
Device(config-match)#      destination-port 3000
Device(config-match)#      traffic-class    6
Device(config-match)#      next-header      6
Device(config-match)#      packet-length    1000
Device(config-match)#     action accept
Device(config-action)#

Device(config)# sdwan interface GigabitEthernet6 ipv6 access-list ipv6_acl in
Device(config-interface-GigabitEthernet6)#
Device(config-interface-GigabitEthernet6)#

Device(config)# policy lists data-ipv6-prefix-list source_ipv6_list
Device(config-data-ipv6-prefix-list-source_ipv6_list)# ipv6-prefix 2001:380:1::/64

Device(config)# policy
Device(config-policy)# ipv6
Device(config-ipv6)# access-list ipv_ipv6_prefix
Device(config-access-list-ipv_ipv6_prefix)# sequence 11
Device(config-sequence-11)#     match
Device(config-match)#       source-data-prefix-list data-ipv6-prefix-list
Device(config-match)#       destination-data-prefix-list source_ipv6_list
Device(config-match)#      destination-ip 2001:3c0:1::64/128
Device(config-match)#      source-port      4000
Device(config-match)#      destination-port 3000
Device(config-match)#      traffic-class    6
Device(config-match)#      next-header      6
Device(config-match)#      packet-length    1000
Device(config-match)#     !
Device(config-match)#     action accept

Step 3

Configure QoS according to this example.

class-map match-any class0
match qos-group 0
class-map match-any class1
match qos-group 1
!
policy-map qos_map_for_data_policy
class class0
  bandwidth percent 10
  random-detect
class class1
  bandwidth percent 10
  random-detect

policy
no app-visibility
class-map
  class class0 queue 0
  class class1 queue 1
!
ipv6
  access-list fwd_class_data_policy
   sequence 5
    match
     traffic-class 0
    !
    action accept
     count fwd_class_data_policycnt_5
     class class0
    !
   sequence 6
    match
     traffic-class 1
    !
    action accept
     count fwd_class_data_policycnt_6
     class class1 
!
default-action drop

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Templates.

Step 2

Click Feature Templates, and click Add Template to select an appropriate device model.

Step 3

Select Cisco Logging from the list of templates.

Step 4

From Server, click IPv6 and configure these parameters.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a logging host, according to this example.

config-transaction
Device(config)# logging host ipv6
AAAA:BBBB:CCCC:DDDD::FFFF

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Policies.

Step 2

From the Custom Options drop-down list, select Lists. You can make this selection for a centralized policy or a localized policy.

Step 3

Select Prefix from the list on the left and then select New Prefix List.

Step 4

Click IPv6 and enter the IPv6 address in Add Prefix.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a prefix list, according to this example.

config-transaction
Device(config)# policy
Device(config-policy)# ipv6
Device(config-ipv6)# access-list ipv6_acl
Device(config-access-list-ipv6_acl)#  sequence 11
Device(config-sequence-11)#  match
Device(config-match)# source-ip 2001:DB8:1::64/128
Device(config-match)# destination-ip 2001:DB8:1::64/128

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Policies.

Step 2

From the Custom Options drop-down list, select Lists. You can make this selection for a centralized policy or a localized policy.

Step 3

Select Data Prefix from the list on the left and then select New Data Prefix List.

Step 4

From Internet Protocol, click IPv6 and enter the IPv6 address in Add Prefix.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a data prefix, according to this example.

Device(config)# policy lists data-ipv6-prefix-list source_ipv6_list
Device(config-data-ipv6-prefix-list-source_ipv6_list)# ipv6-prefix 2001:DB8:1::/64

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Policies.

Step 2

From the Custom Options drop-down list, select Traffic Policy under Centralized Policy.

Step 3

Select Traffic Data.

Step 4

Select Add Policy and click Create New.

Step 5

Click Sequence Type and then select Traffic Engineering.

Step 6

Click Sequence Rule.

Step 7

From the Protocol drop-down list, select IPv6 to apply the policy only to IPv6 address families, or select Both to apply the policy IPv4 and IPv6 address families.

Step 8

Click Sequence Type and then select QoS.

Step 9

Click Sequence Rule.

Step 10

From the Protocol drop-down list, click IPv6 to apply the policy only to IPv6 address families, or select Both to apply the policy IPv4 and IPv6 address families.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a IPv6 in a centralized policy, according to this example.

config-transaction
(config)# policy
(config-policy)# lists ipv6-prefix-list foo ipv6-prefix 1::1/64
                 ipv6-prefix-list ipv6-1
                 ipv6-prefix 1::1/128

Step 1

From the Cisco SD-WAN Manager menu, choose Configuration > Policies.

Step 2

From the Custom Options drop-down list, select Access Control Lists under Localized Policy.

Step 3

Click Add Access Control List Policy and choose Add IPv6 ACL Policy. The policy you create applies only to IPv6 address families.

Step 1

Create a CLI add-on profile or CLI add-on template.

Step 2

Configure a IPv6 in a localized policy, according to this example.

config-transaction
Device(config)# route-map name
Device(config-route-map)# match ipv6 address prefix-list marketing