Versal development platform

Company Profile

• About ALINX

User Manual

• Development board introduction
• VE2302 core board
  • Introduction
  • VE2302
  • Clock configuration
  • DDR4 DRAM
  • QSPI Flash
  • eMMC Flash
  • LED light
  • power supply
  • Extension ports
  • Structure diagram
• expanding board
  • Introduction
  • Gigabit Ethernet interface
  • PCIe3.0 X4 interface
  • Optical fiber interface
  • USB to serial port
  • USB2.0 interface
  • LVDS display interface
  • MIPI interface
  • SD card
  • EEPROM 24LC04 and temperature sensor
  • JTAG interface
  • CANFD communication interface
  • PMOD expansion port
  • button
  • LED light
  • Power supply
  • Structural dimension drawing

VD100 model board S1 FPGA tutorial

• illustrate
• Preparation work and precautions
  • Software Environment
  • Hardware environment
• Script to create Vivado project
• Script to create Vitis project
• Chapter 1 Introduction to Versal
  • NoC architecture
  • PMC architecture
  • An introduction to the Versal chip development process
  • What skills are required to learn Versal?
• Chapter 2 PL’s “Hello World” LED experiment
  • LED hardware introduction
  • Create a Vivado project
  • Create Verilog HDL file to light up LED
  • Add pin constraints
  • Generate pdi file
  • Vivado simulation
  • download
  • Experiment summary
• Chapter 3 PL reads and writes DDR4 experiment through NoC
  • Hardware introduction
  • Vivado project set up
  • Download debugging
  • Experiment summary
• Chapter 4 LVDS LCD screen display experiment
  • Hardware introduction
  • programming
  • Experimental phenomena
• Chapter 5 GTYP transceiver bit error rate test IBERT experiment
  • Hardware introduction
  • Vivado project set up
  • Download debugging
• Chapter 6 Experience ARM, bare metal output “Hello World”
  • Hardware introduction
  • FPGA engineer job content
  • Vivado project set up
  • Software engineer job content
  • Debugging
  • firmware
  • chapter summary
• Chapter 7 lwip used by PS side Ethernet
  • Software engineer job content
  • Vitis program development
  • Download debugging
  • Experiment summary
• Chapter 8 Overall engineering and experiments
  • Vivado project set up
  • Vitis experiment

VD100 model board S2 Linux tutorial

• Quick-boot Linux-Make an SD card to boot the development board Linux system
  • 1.Adjust the dial switch
  • 2.Set the SD card partition
  • 3.Populate the SD card partition
  • 4.Start Linux
• About PETALINUX
  • Foreword
  • Use PETALINUX project folder in this path
  • General PETALINUX Usage Procedure
• Chapter 1 Serial Port (UART)
• Chapter II LEDS, KEYS
  • LEDs and KEY on the VD100 development board
  • Using LEDs and KEY in Linux
  • Test the LED and KEY with the built-in script of the system
• Chapter III CAN
  • CAN position on VD100
  • Using CAN in Linux
• Chapter 4 LCD
• Chapter 5 USB
• Chapter 6 ETH
• Chapter 7 MIPI Camera
  • Display the MIPI camera in the Linux system of the development board
  • You can also use the mouse to run these programs on the MatchBox desktop
• Chapter 8 EMMC
  • Using EMMC on a Linux system
  • Test the EMMC using the system’s built-in script
• Chapter 9 EEPROM
  • Using EEPROM on a Linux system
  • Test the EEPROM using the script built into the system
• Chapter X LM75
  • Using LM75 on a Linux system
• Chapter 11 QSPI FLASH
  • Using QSPI FLASH on Linux systems
• Installing the QT and OPENCV libraries and setting up the build environment in QTCreator
  • Install QT and OPENCV libraries
  • Set the compilation environment in QTCreator

Copyright Alinx

• Copyright statement