- play_arrow OVSDB and VXLAN
- play_arrow Understanding OVSDB
- OVSDB Support on Juniper Networks Devices
- Understanding the Junos OS Implementation of OVSDB and VXLAN in a VMware NSX for vSphere Environment
- Understanding the OVSDB Protocol Running on Juniper Networks Devices
- Understanding How to Set Up OVSDB Connections on a Juniper Networks Device
- Understanding How Layer 2 BUM and Layer 3 Routed Multicast Traffic Are Handled with OVSDB
- Understanding How to Manually Configure OVSDB-Managed VXLANs
- OVSDB Schema for Physical Devices
- play_arrow Configuring OVSDB and VXLAN
- OVSDB and VXLAN Configuration Workflows for VMware NSX Environment
- Installing OVSDB on Juniper Networks Devices
- Creating and Installing an SSL Key and Certificate on a Juniper Networks Device for Connection with SDN Controllers
- Setting Up the OVSDB Protocol on Juniper Networks Devices that Support Manual Configuration of VXLANs
- Configuring OVSDB-Managed VXLANs
- VMware NSX Configuration for Juniper Networks Devices Functioning as Virtual Tunnel Endpoints
- Example: Setting Up Inter-VXLAN Unicast Routing and OVSDB Connections in a Data Center
- Example: Setting Up Inter-VXLAN Unicast and Multicast Routing and OVSDB Connections in a Data Center
- Example: Configuring VXLAN to VPLS Stitching with OVSDB
- Example: Configuring Inter-VXLAN Traffic Routing from One Bridge Domain to Another Using an MX Series Router as a Layer 3 Gateway
- Example: Passing Traffic Between Data Centers with DCI in an OVSDB-Managed Network with MX Series Routers
- play_arrow OVSDB Monitoring Commands
- play_arrow Troubleshooting OVSDB
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- play_arrow VXLAN (Without a Controller)
- play_arrow Using VXLAN Without a Controller
- play_arrow VXLAN Monitoring Commands
- Monitoring a Remote VTEP Interface
- Verifying VXLAN Reachability
- Verifying That a Local VXLAN VTEP Is Configured Correctly
- Verifying MAC Learning from a Remote VTEP
- Understanding Overlay ping and traceroute Packet Support
- Example: Troubleshoot a VXLAN Overlay Network with Overlay Ping and Overlay Traceroute for MX Series Routers
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- play_arrow Configuration Statements and Operational Commands
OVSDB and VXLAN User Guide for MX Series Routers and EX9200 Switches
The Open vSwitch Database (OVSDB) management protocol provides a control plane through which MX Series routers and EX9200 switches in the physical underlay can exchange control and statistical information with VMware NSX controllers in the virtual overlay. Virtual Extensible LAN (VXLAN) provides a data plane through which Layer 2 data packets can be tunneled over a Layer 3 transport network. Use this guide to learn how OVSDB-VXLAN is implemented on MX Series routers and EX9200 switches and to configure, monitor, and troubleshoot OVSDB-VXLAN on these Juniper Networks devices.
You can also use this guide to learn about and configure manual VXLAN, which enables you to manually create VXLANs on MX Series routers instead of using a controller. If you use this approach, you must also configure Protocol Independent Multicast (PIM), which enables two MX Series routers to create VXLAN tunnels between themselves.