This shows you the differences between two versions of the page.
Both sides previous revision Previous revision Next revision | Previous revision | ||
release_c_planning:priority_list [2016/03/08 23:43] Raghuveer Reddy [Table] |
release_c_planning:priority_list [2016/03/15 19:47] (current) Al Morton [Table] |
||
---|---|---|---|
Line 35: | Line 35: | ||
| Yardstick Sucessful run with clean results | Successful completion with reported results. | High | XL | High | | | | | Yardstick Sucessful run with clean results | Successful completion with reported results. | High | XL | High | | | | ||
| Apex Consume ovs4opnfv generated RPM | Define Deployment options for DPDK and non-DPDK. | | | | | Work with Apex for successful integration (TFH) | | | Apex Consume ovs4opnfv generated RPM | Define Deployment options for DPDK and non-DPDK. | | | | | Work with Apex for successful integration (TFH) | | ||
+ | | NSH for vxLan | NSH/vLAN available for DPDK and non-DPDK. | High | XL | High | | Integrate and Test | | ||
---- | ---- | ||
- | ^ Feature | Description ^ Priority | Effort | Impact | Jira | Comments | | + | ^ Feature | Description ^ Priority | Effort | Impact | Jira | Comments | |
- | | ** OVS Feature List** | | | | | | | | + | | ** OVS Feature List** | | | | | | | |
- | | OVS Performance (Requested by Bin, Hu) | need to set expectations based on Use Cases | High | | | | follow up meeting to be scheduled( 1 hour session) | | + | | OVS Performance (Requested by Bin, Hu) | need to set expectations based on Use Cases | High | | | | follow up meeting to be scheduled( 1 hour session) | |
- | | Priority Path through OVS | scheduling priority packets before others, OVS may not be the right place for it | High | | | | follow up meeting to be scheduled( 1 hour session) | | + | | Priority Path through OVS | scheduling priority packets before others. Dataplane Approaches include NIC queues, multi-queue at guest interface, and multiple guest interfaces. Control plane approach involves Auxiliary control connections to OF controller. | High | | | | follow up meeting at Hackfest (March) produces current list of alternatives. | |
- | | NSH Requirement | Happening independent of us, we need to ensure its reflected in OPNFV | Low | | | | | | + | | NSH Requirement | Happening independent of us, we need to ensure its reflected in OPNFV | Low | | | | | |
- | | MPLS over GRE | Specific requirement brought up by Ericsson but is being worked on by someone else, need to get link to it |Low | | | | | | + | | MPLS over GRE | Specific requirement brought up by Ericsson but is being worked on by someone else, need to get link to it | Low | | | | | |
- | | 100G Requirement | | | | | | | | + | | 100G Requirement | | | | | | | |
- | | Virtio Container requirement | | | | | | | | + | | Virtio Container requirement | | | | | | | |
- | | Port Placement on Cores | | | | | | | | + | | Port Placement on Cores | | | | | | | |
Line 59: | Line 60: | ||
| JOID support with DPDK | Define Deployment options for DPDK | | | | | Work with JOID to integreted DPDK | | | JOID support with DPDK | Define Deployment options for DPDK | | | | | Work with JOID to integreted DPDK | | ||
| Support for Power8 architecture | Define Deployment options for different architecture | | | | | Work with JOID to integreted power8 architecture. | | | Support for Power8 architecture | Define Deployment options for different architecture | | | | | Work with JOID to integreted power8 architecture. | | ||
- | |||
- | |||
- | ---- | ||
- | |||
- | ^ Feature ^ Description | Priority | Effort | Impact | Jira | Comments | | ||
- | | **kvmfornfv Feature List** | | | | | | | | ||
- | | Functest successful run with results | Successful completion with reported results. | High | XL | High | | | | ||
- | | Yardstick Successful run with results | Successful completion with reported results. | High | XL | High | | | | ||
- | | Update to latest RT Kernel | | High | M | High | | | | ||
- | | Support multiple distributions | Support CentOS in addition to Ubuntu | High | L | High | | | | ||
- | | Advanced (Packet Forwarding) Latency Optimizations | Optimizations with DPDK OVS L2 forwarding, SRIOV L2 forwarding & OVS L2 forwarding workloads | High | XL | High | | | | ||
- | | Advanced Interrupt Latency Optimizations | Optimizations with Synchronous & Asynchronous Workloads | High | XL | High | | | | ||
- | | Fast Live Migration optimization | Total Live Migration Time reduction | High | XL | High | | | | ||