FD.io CSIT-2110.49
Test Report 2022-02-09 10:59 UTC

Introduction

  • Report History
  • Report Structure
  • Test Scenarios
  • Performance Physical Testbeds
  • Test Methodology
  • Documentation

VPP Performance

  • Overview
  • Release Notes
  • Packet Throughput
  • Speedup Multi-Core
  • Packet Latency
  • Soak Tests
  • Reconfiguration Tests
  • NFV Service Density
  • Hoststack Testing
  • GSO Testing
  • Comparisons
  • Throughput Trending
  • Test Environment

DPDK Performance

  • Overview
  • Release Notes
  • Packet Throughput
  • Speedup Multi-Core
  • Packet Latency
  • Comparisons
  • Throughput Trending
  • Test Environment

TRex Performance

  • Overview
  • Release Notes
  • Packet Throughput
  • Packet Latency
  • Throughput Trending
  • Test Environment

VPP Device

  • Overview
  • Release Notes
  • Integration Tests

Detailed Results

  • VPP Throughput
  • VPP MRR
  • DPDK Throughput
  • TRex Throughput
  • VPP Device

Test Configuration

  • VPP Throughput
  • VPP MRR
  • VPP Device

Test Operational Data

  • VPP Throughput

CSIT Framework Documentation

  • Design
  • Test Naming
  • Presentation and Analytics
  • CSIT RF Tags Descriptions

Statistics

  • Job Durations
FD.io CSIT-2110.49
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  • Throughput Trending
  • View page source

Throughput TrendingΒΆ

CSIT provides continuous performance trending for master branch:

  1. TRex Trending Graphs: per TRex test case throughput trend, trend compliance and summary of detected anomalies. We expect TRex to hit the curently used bps or pps limit, so no anomalies here (unless we change those limits in CSIT).

  2. TRex Latency Graphs: per TRex build NDRPDR latency measurements against the trendline. We have seen in past that the latency numbers can depend on TRex version, NIC firmware, or driver used.

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