Report History
FD.io CSIT-1810 Report history and per .[ww] revision changes are listed below.
.[ww] Revision |
Changes |
.03 |
- Split the VPP throughput _vpp_throughput_comparisons
tables per number of cores.
- Add 20k and 200k scale tests to VPP
Packet Throughput.
|
.49 |
- Split pages with graphs.
|
.48 |
- Added configurations for Denverton:
- Packet throughput 2n-dnv
- MRR 2n-dnv
- Added operational data for Denverton:
- Packet throughput 2n-dnv
- Added graphs for Denverton:
- Packet Throughput - L2 Switching -
2n-dnv-x553
- Packet Throughput - IPv4 Routing -
2n-dnv-x553
- Packet Throughput - IPv6 Routing -
2n-dnv-x553
- Speedup Multi-Core - L2 Switching -
2n-dnv-x553
- Speedup Multi-Core - IPv4 Routing -
2n-dnv-x553
- Speedup Multi-Core - IPv6 Routing -
2n-dnv-x553
- Replaced Denverton data from revision .47 with the data
provided by Intel for revision .48.
- Changed revision format of the document, see description at
the bottom of this page.
|
.47 |
- Added automated wrapping of long test names in graphs.
- Changed data and time format in the header.
- Changed versioning.
- Added more test runs:
- HoneyComb Functional.
- VPP on 3n-hsw testbed.
- Added 3n-skx and 2n-skx comparisons to Report:
- VPP Performance Tests:
Current vs. Previous Release
- DPDK Performance Tests:
Current vs. Previous Release
- Changed title of this chapter to “Document History”
- Added comparisons between topologies:
- VPP: 3n-Skx vs. 2n-Skx Testbeds
- DPDK: 3n-Skx vs. 2n-Skx Testbeds
- Added results for Denverton:
- Packet throughput 2n-dnv
- MRR 2n-dnv
- Added the chapter “2-Node Atom Denverton (2n-dnv)” to
Physical Testbeds
- Added the chapter “Calibration Data - Denverton” to
Test Environment
|
.46 |
- dot1q KVM VMs vhost-user tests added to
KVM VMs vhost-user.
- Added number of test runs used to generate data for all
graphs
- Packet Throughput
- Speedup Multi-Core
- Packet Latency
- Added more test runs:
- K8s Container Memif,
- VPP on 3n-hsw testbed.
|
.45 |
Initial version |
FD.io CSIT Reports follow CSIT-[yy][mm].[ww] numbering format, with version
denoted by concatenation of two digit year [yy] and two digit month [mm], and
maintenance revision identified by two digit calendar week number [ww].