Get Started with the SBC-S32V234

Last Modified: 2019-09-09 09:41:06Supports S32V2 Vision and Sensor Fusion low-cost Evaluation Board

Contents of this document

  • 1

    Plug It In

  • 2

    Get Software

    Purchase your S32V2 Vision and Sensor Fusion low-cost Evaluation Board

    Contents of this document

    1. Plug It In

    1.1 Plug the 12 V / 2 A DC Power Supply

    NOTE: Keep the board power off. Connect the USB cable to the PC and the other end to the micro-B connector on the SBC-S32V234 board.

    1.2 Configure the USB Drivers

    Allow the PC to configure the USB drivers automatically. You will need to download the FTDI drivers if your computer is not detecting the USB-serial device.

    Get the FTDI drivers

    1.3 Setup a Serial Terminal

    Install and run any serial terminal (like TeraTerm, Putty, or other) on your Windows PC. Select the port where the SBC-S32V234 is connected and configure it to '115200' baud rate, '8' data bits, 'no parity', and '1' stop bit.

    1.4 Insert the SD Card

    Insert the SD card (with pre-installed Linux Board Support Package) in the respective slot.

    1.5 Power the SBC-S32V234 ON

    Power on the device by pressing the Power button. You will see the SBC-S32V234 booting U-Boot, followed by Linux in the terminal window. Use the username = 'root'.

    NOTE:NXP periodically updates its software, so users are encouraged to check for the latest Linux Board Support Package (BSP).

    NextGet Software

    2. Get Software

    The two most important software components for S32V2 devices are Linux and the Vision SDK:

    • Linux runs on the S32V2 vision processor and supports various NXP development boards. NXP uses the Yocto project to create a custom Linux BSP.
    • Vision SDK is the collection of libraries that can be used to create Vision specific programs. It includes libraries for Image Signal Processor (ISP), Image Cognition Processor (APEX), IOs, MIPI-CSI2, display, and others. Also includes useful utilities and third party software to aid development, like OpenCV, FFmpeg, Pthreads, and more.

    2.1 Download the SBC-S32V234 Quick Start Package (QSP)

    Get the SBC-S32V234 QSP and check both the '1a_understand_Linux_BSP.pdf' and the '1b_understand_Vision_SDK.pdf' to understand different components of Linux BSP.

    Download the SBC-S32V234 QSP

    2.2 Download the Latest Linux BSP

    Get the 'precompiled Linux binarie' together with the 'Linux User Manual'.

    NOTE: Refer to the "Linux User Manual" for more information on customizing Linux using Yocto.

    Download Automotive SW - Linux BSP

    2.3 Extract the Compressed Linux Files

    The SBC-S32V234 specific files are available under the 'FILE IS MISSING' folder.

    2.4 Flash the SD Card

    Use the '.Sdcard' image to flash the SD card.

    NOTE: You can use tools like the "Win32 Disk Imager”

    2.5 Download the Vision SDK

    The Vision Software Development Kit (VSDK) for S32V234 Vision processors is an essential part of vision application development.

    Download Vision SDK Software

    2.6 Create a Linux BSP that Supports VSDK

    The Linux BSP that came with the SBC-S32V234 is generic; it DOES NOT support Vision SDK out-of-the-box. NXP provides the precompiled Linux BSP binaries with all VSDK specific modifications.

    NOTE:Alternatively, you can follow the “section 17 ADAS/Vision Yocto Layer” of the Linux User Manual to create these binaries from scratch using Yocto.

    2.7 Download the Pre-Compiled Binaries

    Download the prebuilt Linux binaries supporting VSDK.

    2.8 Extract the Compressed File

    Go to build_content\v234_linux_build\s32v234sbc from the Vision SDK. You will find all components of Linux BSP in both 'boot' and 'rootfs' folders.

    2.9 Format the SD Card and Create the Partitions

    Insert the card into the card reader of your PC. Using a Linux Machine, get the name of SD card by using cat /proc/partitions

    NOTE: the device is called '/dev/sdb' in this example. Change the name in all lines below accordingly

      
  Sudo fdisk /dev/sdb 

  d [repeat this until no partition is reported by the 'p' command] 

  n [create a new partition] 

  p [create a primary partition] 

  1 [the first partition] 

  [enter] [using the default value will create a partition that starts at offset 2048] 

  +255M [size of the actual partition = 255 MB]

  

  n [create a new partition] 

  p [create a primary partition] 

  2 [the second partition] 

  [enter] [using the default value will create a partition that starts at offset 67584] 

  [enter] [using the default value will create a partition that uses the remaining space on the
  card] 

  

  t [set partition type] 

  1 [partition #1]

  c [FAT32] 

  t [set partition type] 

  2 [partition #2] 

  83 [Linux] 

  

  w [this writes the partition table to the medium and fdisk exits] 

  

  Remove the SD card from the slot and put it back again.

  sudo mkfs.vfat -n boot /dev/sdb1

  sudo mkfs.ext3 -L rootfs /dev/sdb2
  

  Remove the SD card from the slot and put it back again.

    2.10 Load the Content onto the SD Card

    

  cd path_to_fsl-auto-yocto-bsp/build_s32v234sbc/tmp/deploy/images/s32v234sbc 

  sudo dd if=u-boot.s32 of=/dev/sdb bs=512 seek=8 conv=fsync 

  sudo cp Image /media/boot

  sudo cp s32v234sbc.dtb /media/boot

  cd /media/rootfs

  sudo tar xvf
  path_to_fsl-auto-yocto-bsp/build_s32v234sbc/tmp/deploy/images/s32v234sbc/fslimage-vsdk-s32v234sbc-xx.rootfs.tar.gz

  Sync

    2.11 Boot the SBC-S32V234 Board

    Insert the SD card into the board and turn the power supply on. The UART is running on '115200' baud. The Linux will boot into command line and automatically loads OAL, APEX, CSI, FDMA, and other drivers.

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