Intel® Ethernet Controller E810 Data Plane Development Kit (DPDK) 22.11/23.03

Configuration Guide

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ID 764257
Date 06/16/2023
Version 22.11
Document Table of Contents
Document Table of Contents
Notices and Disclaimers Revision History Introduction DPDK Requirements DPDK Installation and Configuration Virtual Function (VF) Setup with DPDK Advanced Features and Debug Test Applications (pktgen and testpmd)
Notices and Disclaimers
Revision History
Introduction
Introduction DPDK Overview Known Issues
DPDK Overview
Known Issues
DPDK Requirements
System Requirements Software/Firmware Requirements
System Requirements
Software/Firmware Requirements
Software/Firmware Requirements Updating the NVM with a DPDK Driver
Updating the NVM with a DPDK Driver
DPDK Installation and Configuration
DPDK Installation and Configuration System Configuration BIOS Settings Hugepages Setup IOMMU CPU Isolation RCU Callbacks Tickless Kernel vt.handoff NUMA Balancing and MCE Active-State Power Management High Performance of Small Packets on 100G NIC- Use 16 Bytes Rx Descriptor Size Downloading and Installing the ice Driver Getting the Latest DPDK Code Prerequisite Library Installing DPDK Linux Drivers
System Configuration
BIOS Settings
Hugepages Setup
IOMMU
CPU Isolation
RCU Callbacks
Tickless Kernel
vt.handoff
NUMA Balancing and MCE
Active-State Power Management
High Performance of Small Packets on 100G NIC- Use 16 Bytes Rx Descriptor Size
Downloading and Installing the ice Driver
Getting the Latest DPDK Code
Prerequisite Library
Installing DPDK
Installing DPDK Using the Meson Build System (Recommended) Setting 16 Bytes Rx Descriptor Size
Installing DPDK Using the Meson Build System (Recommended)
Setting 16 Bytes Rx Descriptor Size
Linux Drivers
Linux Drivers Loading the vfio-pci Module Binding and Unbinding Network Ports
Loading the vfio-pci Module
Binding and Unbinding Network Ports
Virtual Function (VF) Setup with DPDK
Advanced Features and Debug
Q-in-Q Support Malicious Driver Detection Receive Side Scaling Configuration
Q-in-Q Support
Malicious Driver Detection
Receive Side Scaling Configuration
Test Applications (pktgen and testpmd)
Test Applications (pktgen and testpmd) Setting Up pktgen Server Setting Up Testpmd Application Example pktgen Configuration Example Testpmd Configuration Running a Sample Application L3fwd Server DPDK Test Plans
Setting Up pktgen Server
Setting Up Testpmd Application
Setting Up Testpmd Application Running Testpmd Testpmd Runtime Functions Debugging in Testpmd
Running Testpmd
Testpmd Runtime Functions
Debugging in Testpmd
Example pktgen Configuration
Example Testpmd Configuration
Running a Sample Application L3fwd Server
DPDK Test Plans
Notices and Disclaimers
Revision History
Introduction
DPDK Requirements
DPDK Installation and Configuration
Virtual Function (VF) Setup with DPDK
Advanced Features and Debug
Test Applications (pktgen and testpmd)

vt.handoff

vt.handoff (vt = virtualterminal) is a kernel boot parameter unique to Ubuntu, and is not an upstream kernel boot parameter. Its purpose is to allow the kernel to maintain the current contents of video memory on a virtual terminal. Therefore, when the operating system is booting up, when it moves past the boot loader, vt.handoff allows showing of an aubergine background, with Plymouth displaying a logo and progress indicator bar on top of this. Once the display manager comes up, it smoothly replaces this with a login prompt.

NUMA Balancing and MCE