![]() ![]() The form contains fields for naming the template, and fields for defining VPN parameters. To create a template for VPN 0 or VPN 512:Ĭlick Transport & Management VPN, or scroll to the Transport & Management VPN section.įrom the VPN 0 or VPN 512 drop-down list, click Create Template. In Cisco vManage Release 20.7.x and earlier releases Device Templates is called Device.įrom the Create Template drop-down list, choose From Feature Template.įrom the Device Model drop-down list, choose the type of device for which you wish to create the template. You can configure a static route through the VPN template.įrom the Cisco vManage menu, choose Configuration > Templates.Ĭlick Device Templates, and click Create Template. VPNs 1– 511, 513– 65530- Service VPNs, for service-side data traffic on Cisco vEdge devices.Ĭreate interface feature templates to configure the interfaces in the VPN. For controller devices, by default, VPN 512 is not configured. By default, VPN 512 is configuredĪnd enabled on all Cisco vEdge devices except for Cisco vEdge 100. The interface used for management traffic resides in VPN 512. VPN 512- Management VPN, which carries out-of-band network management traffic among the Cisco vEdge devices in the overlay network. Initially, VPN 0 contains all of a device's interfacesĮxcept for the management interface, and all interfaces are disabled. VPN 0- Transport VPN, which carries control traffic via the configured WAN transport interfaces. For Cisco vEdge devices, you can create templates for these two VPNs and for additional VPN feature templates to segment service-side user networks. Create templates for these VPNs only if you want to modify the default settingsįor the VPN. For example,Ĭreate one feature template for VPN 0, a second for VPN 1, and a third for VPN 512.įor Cisco vManage Network Management Systems and Cisco vSmart Controllers, you can configure only VPNs 0 and 512. You create a separate VPN feature template for each VPN. To configure VPNs using Cisco vManage templates, follow this general workflow:Ĭreate VPN feature templates to configure VPN parameters. Use the VPN template for all Cisco SD-WAN devices running the Cisco SD-WAN software. If the IP address of the interface conflicts with the system IP address of Cisco vManage instance, it can break the NETCONF session and lead Cisco vManage to read the device as offline. Example of a sequential numbering schemes is 172.16.1.1, 172.16.1.2, 172.16.1.3, and so on.Įnsure that any network interface configured on a device has a unique IP address. To maximize the efficiency of the load-balancing among Cisco vSmart Controllers, use sequential numbers when assigning system IP addresses to the Cisco vEdge device s in the domain. This number includes physical interfaces, loopback interfaces, and subinterfaces. You can configure up to 512 interfaces on a Cisco vEdge device. In practice, you always configure additional parameters for each interface. Each interface can be present only in a single VPN.Īt a high level, for an interface to be operational, you must configure an IP address for the interface and mark it as operational ![]() The interfaces that participate in a VPN are configured andĮnabled in that VPN. In the Cisco SD-WAN overlay network design, interfaces are associated with VPNs. Best Practices for Configuring Cellular Interfaces.Configuring Cellular Interfaces Using the CLI.Configure Cellular Interfaces Using Cisco vManage.VPN Interface IPsec (for Cisco vEdge Devices).Configure a Prefix List for VRRP in the Device Template.Static NAT CLI Equivalent Commands on Cisco vEdge Device.Port Forwarding CLI Equivalent for vEdge.NAT Pool Interface CLI Equivalent Commands on Cisco vEdge Devices.Create a VPN Interface NAT Pool Template.VPN Interface NAT Pool using Cisco vManage.Configure NAT64 CLI Equivalent on Cisco vEdge Device.Configure IPv4 NAT CLI Equivalent on vEdge.Configure Multiple Tunnel Interfaces on a vEdge Router.Limit Keepalive Traffic on a Tunnel Interface.Configure Tunnel Groups on Cisco vEdge devices Using CLI.Associate a Carrier Name with a Tunnel Interface.Configure Tunnel Interface CLI on vEdge Devices.Configure Basic Interface Functionality.Network Interface Configuration Examples for Cisco vEdge Devices.Configuration Example for Configuring PPPoE Over ATM Interfaces.Configure PPPoE Over ATM using Cisco vManage.Monitoring Bandwidth on a Transport Circuit.Configure Control Plane High Availability.Configure GRE Interfaces and Advertise Services to Them.Configure Interfaces in the WAN Transport VPN (VPN 0).Configure DNS and Static Hostname Mapping.Changing the Scope for a Parameter Value. ![]()
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