| Feature name | Feature Lead | Modules (Components) | Approvers (from Modules Committers) | BluePrint Specification links
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1. | Example: TFF-1 Provision for a knob (per service chain) to prevent reset of AS_PATH and maintain it through a service chain Provision for a knob (per service chain) to prevent reset of AS_PATH and maintain it through a service chain | | - Control Plane (Control Node)
- Configuration System (schema transformer)
- UI
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Blueprint Specification
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2. | Collapsed Spine L2/3 fabric A collapsed spine architecture has no leaf layer. Instead, the Layer 3 IP-based underlay and the EVPN-VXLAN overlay functionality that normally runs on leaf switches is collapsed onto the spine switches. | Vajrapu Venkata Rama Pradeep Kumar | - Fabric Management (Device Configuration,Fabric Underlay)
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Blueprint Opencontrail Blueprint |
3. | Ubuntu 20.04 Support | | | |
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4. | Charmed OpenStack Ussuri Support | Anastasia Kravets | | |
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https://contrail-jws.atlassian.net/browse/CEM-18370 |
5. | Data Plane Mac/IP Learning Mode for vRouter | Sivakumar Ganapathy | - Control Plane (Control Node, vrouter Agent)
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Blueprint
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6. | Combined FFU+ZIU upgrade from RHOSP13/CN19xx to RHOSP16.1/CN R2011 LTS | | | |
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https://contrail-jws.atlassian.net/browse/CEM-18405 |
7. | Optimize the workflow for LR in ERB Mode when creating IRB in the Fabric In ERB fabric, creating IRB unit for each VN on a device only if there is a local port (VPG) for the associated VN. This is done to reduce the device scale wrt. configuration and the traffic convergence time in some of the scenarios | Vajrapu Venkata Rama Pradeep Kumar | - Fabric Management (Overlay)
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Blueprint |
8. | Contrail-2003/TCS P0: EVPN Type5 LR : Specific remote VN routes into added to the tenant VN and not the default route | Harsh Kumar | - Control Plane (vrouter Agent)
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Blueprint |
9. | BFD/BGP sessions flapping on two computes | Narendranath Karjala
| - Control Plane (vrouter Agent)
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Blueprint CEM-16291-DesignDoc |
10. | Qualify 5220 (EVO-based) as a lean spine in ERB fabric Supporting QFX-5220-132C and QFX-5220-32CD EVO based platforms. These platforms will be used as a lean spine/super-spine in ERB architecture. | Sahana Sekhar P C | - Fabric Management (Device Management, Overlay, Underlay)
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Feature details |
11. | DCI -EVPN using L2/3 DCI OTT - Phase 0 To stretch L2 virtual networks across fabrics in a multi-tenant environment by leaking the tenant virtual network route targets across the fabric | Parag Sanghvi | - Configuration System (API Server)
- Fabric Management (Device Manager Infrastructure, Device Configuration, Overlay, Underlay)
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Blueprint |
12. | CaVA - Join to cluster | Tomasz Nowak | - Deployment (OVA)
- Operator Framework
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13. | Fabric scale and performance as per PLM requests for R2011 Fabric scale with 256 physical devices along with overlay object scale | | - Fabric Management (Overlay)
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Scale and Performance |
14. | 3-tier/5-stage fabric - support for single-plane superspine design (based on 'lean leaf' workaround today) Connecting multiple pods via super-spine layer which will behave either as lean device (IP transit) or Route-Reflector. | Abhinav Pandit | - Configuration System (API Server)
- Fabric Management (Device Manager Infrastructure, Device Configuration)
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Blueprint |
15 | TF Operator Framework | | | |
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TF Operator Framework |
16 | RBAC support for fabric | | Config , UI | |
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https://github.com/tungstenfabric/tf-specs/blob/master/R2011/fabric-rbac.md |
17 | New website for TF | | UI | |
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TFF-17 New website for Tungsten Fabric |
18 | Support for Intel DDP | | Contrail Dataplane (DPDK vRouter) | |
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https://github.com/tungstenfabric/tf-specs/blob/master/intel_ddp_support.md |
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