- play_arrow Fabric Administrative Tasks
- play_arrow Zero-Touch-Provisioning
- play_arrow Fabric Configuration
- Onboard Devices
- Create Virtual Network
- Create Logical Routers
- View Node Profile Information
- Create Network Policy
- Create Network IPAM
- Monitoring Fabric Jobs
- Terminating Ongoing Fabric Jobs
- Using HA Cluster to Manage Fabric
- Adding a Leaf or Spine Device to an Existing Fabric Using ZTP
- Grouping Fabric Devices and Roles Using Device Functional Groups
- Creating Layer 3 PNF Service Chains for Inter-LR Traffic
- Creating VNF Service Chains for Inter-LR Traffic
- Assisted Replication of Broadcast, Unknown Unicast, and Multicast Traffic
- Running Generic Device Operations Commands In Contrail Command
- Adding DHCP Server Information for Virtual Networks and Logical Routers
- Return Material Authorization
- Contrail Networking Supported Hardware Platforms and Associated Roles And Node Profiles
- play_arrow Managing Data Center Devices
- Data Center Interconnect
- Configuring Data Center Gateway
- Virtual Port Groups
- Configuring Virtual Port Groups
- Configuring Storm Control on Interfaces
- Configuring EVPN VXLAN Fabric with Multitenant Networking Services
- Edge-Routed Bridging for QFX Series Switches
- Activating Maintenance Mode on Data Center Devices
- Viewing the Network Topology
- Viewing Hardware Inventory of Data Center Devices
- Certificate Lifecycle Management Using Red Hat Identity Management
- play_arrow Integrating VMware with Contrail Networking Fabric
- play_arrow Extending Contrail Networking to Bare Metal Servers
Fabric Lifecycle Management
You can onboard, configure, and manage a set of devices, and physical network functions (PNF) in Contrail Networking as an IP fabric. A fabric is a set of devices, and PNFs that fall under the same data center administrator responsibility area. The fabric is linked to different role-based access control (RBAC) profiles for ease of administration and management.

Contrail Networking helps you provision both greenfield and brownfield devices to form IP Clos networks. You can bring up all factory-default greenfield devices using zero-touch-provisioning to form an operational IP Clos network with underlay connectivity. However, unlike greenfield devices, brownfield devices are manually provisioned before device onboarding.