Home
Support
Product Support
Routers
Cisco SD-WAN
End-User Guides

Routing Configuration Guide, Cisco Catalyst SD-WAN Releases 17.x

View all Saved Content

PDF

Is this helpful?

Helpful Unhelpful

Feedback

Thank you for your feedback. Your response has been recorded.

Ask about this document

Cisco Configuration Guide, Release 4.2

Table of contents

Expand all sections

About this document

Overlay Management Protocol

Feature history for OMP
OMP routing mechanisms for Cisco SD‑WAN overlay networks
OMP route advertisements
OMP paths
OMP route redistribution
OMP graceful restart
OMP vRoute advertisement optimization using system path
Configure OMP

Border Gateway Protocol

Feature history for BGP
BGP for Cisco SD-WAN overlay networks
Configure BGP
Verify BGP redistribute route in OMP
Redistribute BGP routes and AS path information

Open Shortest Path First Routing Protocol

Feature history for OSPF routing protocol
OSPF and OSPFv3 protocol
Configure OSPF
Configure OSPFv3 IPSec authentication

Enhanced Interior Gateway Routing Protocol

EIGRP in Cisco IOS XE Catalyst SD-WAN devices
Configure EIGRP
Verification commands for EIGRP configuration

Routing Information Protocol

Feature history for RIP
RIP in Cisco Catalyst SD-WAN
Configure RIPv2 using the CLI
Verification commands for RIPv2 configuration
Configure RIPng using the CLI
Verification commands for RIPng configuration

Multicast Overlay Routing

Feature history for multicast overlay
Multicast overlay routing for Cisco IOS XE Catalyst SD-WAN
Configure multicast overlay routing
How traffic flows in multicast overlay routing
Verify multicast routing on hub-and-spoke

Radio Aware Routing

Feature history for RAR
RAR for Cisco IOS XE Catalyst SD-WAN devices
Configure RAR

Route Leaking between VPNs

Feature history for route leaking between VPNs
Supported protocols
Restrictions for route leaking and redistribution
Route leaking
Configure route leaking
Verify route-leaking configurations between service VPNs using the CLI
Verify VRRP tracking
Route redistribution
Configure route redistribution between global VRF and service VPNs using the CLI
Verify route redistribution

Bi-directional Forwarding Detection Protocol

Feature history for BFD protocol
BFD protocol for Cisco SD-WAN
Static route support for BFD sessions in transport VPN
Configure BFD using a configuration group
Configure BFD for routing protocols
Automatically suspending BFD sessions
Monitor and verify BFD configuration
Troubleshoot common BFD errors

Cisco Cisco SD-WAN Controller Route Filtering by TLOC Color

Feature history for route filtering by TLOC color
Route filtering mechanism by TLOC color
Configure Cisco SD-WAN Controller route filtering by TLOC color using a CLI template
Monitor Cisco SD-WAN Controller route filtering by TLOC color

Rendezvous Point Selection Process by a PIM BSR

Feature history for RP selection process by a PIM BSR
RP selection process by a PIM BSR
Configure a PIM BSR
Verify VRRP-Aware PIM Using the CLI

Multicast Source Discovery Protocol

Feature history for MSDP
MSDP Routing Protocol Support
Configure MSDP to interconnect Cisco SD-WAN and Non-SD-WAN using a CLI Template
Verify MSDP configuration to interconnect Cisco SD-WAN and Non-SD-WAN
Monitor MSDP configuration to interconnect Cisco SD-WAN and Non-SD-WAN
Troubleshooting for MSDP

Transport Gateway

Feature history for transport gateway
Transport gateways for connecting networks in Cisco SD‑WAN
Configure a router as a transport gateway
Configure the transport gateway path preference
Configure the site type for a router
Verify the site type of a router using the CLI
Verify a transport gateway configuration using the CLI

Symmetric Routing

Feature history for symmetric routing
Symmetric routing mechanisms for Cisco SD-WAN
Translating OMP metrics for devices outside of the overlay network
Symmetric routing scenarios
Configure symmetric routing
Verify symmetric routing
Monitor RIB metric translation

Hub-and-Spoke

Feature history for Hub-and-Spoke
Hub-and-Spoke configuration
Hub-and-Spoke connectivity example
Hub-and-Spoke use cases
Configure a Hub-and-Spoke topology
Hub-and-Spoke configuration verification

Transport Gateway

Updated: February 6, 2026

Overview

Explains how to simplify hub-and-spoke topologies by using routers as transit hubs for disjoint networks. It enables administrators to provide connectivity between separate physical and cloud environments without the complexity of manual control policy configurations.

Feature history for transport gateway

This section lists the development milestones and release information for transport gateways, including feature description.

Transport gateways for connecting networks in Cisco SD‑WAN

Explains how the transport gateways facilitate communication between routers that lack direct connectivity, such as bridging physical LANs to cloud networks.

Configure a router as a transport gateway

Describes how to configure a router as a transport gateway using the CLI template or Cisco SD-WAN Manager.

Configure the transport gateway path preference

Outlines how to assign router site types and configure path preferences for transport gateways.

Configure the site type for a router

Describes how to configure router site types using a CLI template or Cisco SD-WAN Manager.

Verify the site type of a router using the CLI

Confirms the assigned functional role of a device by executing operational commands on the router.

Verify a transport gateway configuration using the CLI

Validates that a device is actively functioning as a transit hub by checking the running configuration and OMP status.

Need help?

Open a support case

(Requires a Cisco Service Contract)

Bias-free language

The documentation set for this product strives to use bias-free language. For the purposes of this documentation set, bias-free is defined as language that does not imply discrimination based on age, disability, gender, racial identity, ethnic identity, sexual orientation, socioeconomic status, and intersectionality. Exceptions may be present in the documentation due to language that is hardcoded in the user interfaces of the product software, language used based on RFP documentation, or language that is used by a referenced third-party product. Learn more about how Cisco is using Inclusive Language.