FD.io CSIT-1901.10
Test Report 2019-03-05 15:36 UTC

Introduction

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

VPP Performance

  • Overview
  • Release Notes
  • Packet Throughput
  • Speedup Multi-Core
  • Packet Latency
  • Soak Tests
  • NFV Service Density
    • VNF Service Chains
    • CNF Service Chains
    • CNF Service Pipelines
  • Comparisons
  • Throughput Trending
  • Test Environment
  • Documentation

DPDK Performance

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

VPP Device

  • Overview
  • Release Notes
  • Integration Tests
  • Documentation

VPP Functional

  • Overview
  • Release Notes
  • Test Environment
  • Documentation

HoneyComb Functional

  • Overview
  • Release Notes
  • Test Environment
  • Documentation

DMM Functional

  • Overview
  • Release Notes
  • Test Environment
  • Documentation

Detailed Results

  • VPP Throughput
  • VPP MRR
  • VPP K8s Container Memif
  • DPDK Throughput
  • VPP Functional
  • VPP Device
  • HoneyComb Functional
  • DMM Functional

Test Configuration

  • VPP Throughput
  • VPP MRR
  • VPP K8s Container Memif
  • VPP Functional
  • VPP Device

Test Operational Data

  • VPP Throughput

CSIT Framework Documentation

  • Design
  • Test Naming
  • Presentation and Analytics
  • CSIT RF Tags Descriptions
FD.io CSIT-1901.10
  • Docs »
  • NFV Service Density
  • View page source

NFV Service DensityΒΆ

NFV Service Density is benchmarked in three distinct NF service configurations:

  • VNF Service Chains
  • CNF Service Chains
  • CNF Service Pipelines

Each configuration is tested in a number of service density combinations [Number of Service Instances] x [Number of NFs per Service Instance]. The actual tested range is based on available CPU physical core resources.

  • VNF Service Chains
    • 2n-skx-x710-mrr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-ndr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-pdr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
  • CNF Service Chains
    • 2n-skx-x710-mrr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-ndr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-pdr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
  • CNF Service Pipelines
    • 2n-skx-x710-mrr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-ndr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
    • 2n-skx-x710-pdr
      • 64b-2t1c-eth-l2bd
      • 64b-4t2c-eth-l2bd
      • imix-2t1c-eth-l2bd
      • imix-4t2c-eth-l2bd
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