Difference between revisions of "VEYE-MIPI-290/327 for Raspberry Pi"

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[[VEYE MIPI 290/327 for Raspberry Pi/zh|查看中文]]
  
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'''[[VEYE-MIPI-290/327 for Raspberry Pi|<big><big><big><big>How to use VEYE-MIPI-X series camera module on Raspberry Pi（legacy mode）</big></big></big></big>]]'''
 +
 +
===Introduction===
 +
VEYE-MIPI-X is a is a special camera module which is compatible with RASPBERRY PI. It use SONY STARVIS sensor——IMX290/IMX327 and has excellent ISP functions build-in.The output format is stanard UYVY stream. It is very easy to use it with RASPBERRY PI.Of course, she also has some subtle differences with the official version. She only support 1080p resolution,and i2c cmd is different.
 +
 +
Theoretically,VEYE Camera Modules support all Raspberry Pi. For performance reasons, I recommend you use 3,3+,4 version.  This article uses Raspberry Pi 3B as an example to explain how the VEYE-MIPI-290/327 camera module working with  Raspberry Pi.  It also explain the specials  of RPI Computer Module and Zero using VEYE Camera Module.
 +
 +
=== About piOS---Bullseye ===
 +
The latest system of Raspberry Pi - bullseye has removed the support of raspicam by default. But we still have 2 ways to use it.
 +
 +
* 1, Use the legacy version of the OS, that is, do not upgrade to Bullseye.
 +
 +
https://www.raspberrypi.com/software/operating-systems/
 +
 +
* 2, Open legacy camera support in raspi-config on Bullseye. We have upgraded the program to accommodate this usage.
 +
 +
<blockquote><u>If you want to add the legacy camera interfaces to Bullseye, please click your update icon in the taskbar to update. Then open a terminal (Ctrl-Alt-T) and type ‘sudo raspi-config’, go to ‘Interface Options’ and then ‘Legacy Camera’, and reboot. These camera interfaces are deprecated, and we are not supporting them going forwards.</u></blockquote>https://www.raspberrypi.com/news/new-old-functionality-with-raspberry-pi-os-legacy/
 +
 +
By the way, Use this cmd to check your system version:
 +
 +
<code>lsb_release -a</code>
 +
===Hardware Setup===
 +
'''Essentials You Need：'''
 +
 +
*Raspberry PI Items : RPI, Network, MicroSD Card, Power, Monitor
 +
*Camera Module Items : VEYE-MIPI-290/327，FFC，Dupont Wire，Lens，Adaptor Board. （We developed 2 types of adaptor boards, [[Mini Adapter Board|Mini Adaptor Board]] and [[Adapter Board for Raspberry Pi|Adaptor Board]]. Mini board only support Standard RPI，Adaptor Board support both Standard RPI and CM & Zero.)
 +
 +
'''Setup guide'''
 +
 +
*Connect the VEYE Camera Module the CSI-2 port using FFC Cable（'''type B''').
 +
*Connect Dupont Wire as shown below. VEYE-MIPI-290/327 need an addtional power.
 +
*Startup RaspberryPi.
 +
 +
{| class="wikitable"
 +
!VEYE-MIPI-IMX327S and RPI Connection
 +
VEYE-MIPI-IMX462 and RPI Connection
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VEYE-MIPI-IMX385 and RPI Connection
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!VEYE-MIPI-IMX327S FPC WIRE Connection
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VEYE-MIPI-IMX462 FPC WIRE Connection
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VEYE-MIPI-IMX385 FPC WIRE Connection
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|-
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|[[File:RaspberryPi 3B+ -VEYE-MIPI-IMS327S 01.jpg|alt=|center|thumb|400x400px]]
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|[[File:RaspberryPi 3B+ -VEYE-MIPI-IMS327S 02.jpg|alt=|center|thumb|400x400px]]
 +
|}
 +
<br />
 +
{| class="wikitable"
 +
!VEYE-MIPI-327E and RPI Connection
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!VEYE-MIPI-327E FPC and PWR WIRE Connection
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|-
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|[[File:ADP-E 001.jpg|alt=|center|thumb|400x400px]]
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|[[File:ADP-E 003.jpg|alt=|center|thumb|400x400px]]
 +
|}
 +
<br />
 +
{| class="wikitable"
 +
!VEYE-MIPI-327B and RPI Connection
 +
!VEYE-MIPI-327B FPC and PWR WIRE Connection
 +
|-
 +
|[[File:Veye-raspberry 3m.jpg|center|thumb|400x400px|alt=]]
 +
|[[File:Veye 290-327Wiring scheme00.jpg|center|thumb|400x400px|alt=]]
 +
|}
 +
 +
===RaspberryPi System Setup and Configuration===
 +
 +
*Setup RasapberryPi System，reference this [https://www.raspberrypi.org/documentation/installation/ link].
 +
*Go to the main menu and open the Raspberry Pi Configuration tool. Enable ''Camera'' and ''I2C'' interface.
 +
 +
<code>sudo raspi-config</code>
 +
[[File:Veye-Raspi-config.png|center|thumb|600x600px]]
 +
 +
*Enable SSH  and Samba services. <br />
 +
 +
===Sofware Toolkits Install===
 +
 +
====Toolkits downloading====
 +
There are two way to install software toolkits.
 +
 +
*1. Clone from github
 +
 +
<code>git clone https://github.com/veyeimaging/raspberrypi<nowiki/>.git</code>
 +
 +
*2. Downloading from github ([https://github.com/veyeimaging/raspberrypi link here]),  upload to RPI using samba or USB disk.
 +
 +
====Toolkits Overview====
 +
[[File:Rpi github overview.jpg|alt=|center|thumb|600x600px|Software Tookits on github]]
 +
Software toolkits contains three parts. ''veye_raspcam'' is raspcam alike Video Stream Toolkits, D_mipi_rpi is D-SDK Video Stream Toolkits, ''i2c_cmd'' is Video Control Toolkits.
 +
 +
*Video Stream Tookkits provides real-time display, capture, video recording, etc.
 +
*Video Control Toolkits is a shell script which provides ISP parameters configuration capbility.
 +
*Both is Open Source.<br />
 +
 +
===Video Stream Toolkits Manual===
 +
 +
====veye_raspcam: raspcam alike toolkits====
 +
<code>cd raspberrypi/veye_raspcam/bin/</code>
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<code>chmod +x *</code>
 +
 +
VS toolkits provides several ELF file.
 +
 +
*veye_raspipreview
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<code>./veye_raspipreview -t 20000 -p '0,0,1280,720'</code>
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Dispaly real-time video to HDMI output,preview window is 1280*720, last 20 seconds.
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<code>./veye_raspipreview -t -1</code>
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If t is -1, Show continuous Real-time display to HDMI output,full screen.
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*veye_raspivid
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<code>./veye_raspivid -t 5000 -o ~/test.h264</code>
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Implement H.264 format encoding and record for 5 seconds，Record the stream data to file ~/test.h264.
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At the same time,Dispaly real-time video to HDMI output.(use ''-n'' if you do not want preview)
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*veye_raspivid (stream over TCP using gstreamer)
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'''''RPI side'''''
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<code>./veye_raspivid -b 4000000 -t 0 -o -  | gst-launch-1.0 -v fdsrc ! h264parse ! rtph264pay config-interval=1 pt=96 ! gdppay ! tcpserversink host=x.x.x.x port=5000</code>
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H.264 encoding on bitrate 4Mbps,forever，listen on TCP port 5000.
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'''''PC side,using gstreamer(Powershell recommended)'''''
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<code>gst-launch-1.0 -v tcpclientsrc host=x.x.x.x port=5000 ! gdpdepay ! rtph264depay ! avdec_h264 ! autovideosink sync=false</code>
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x.x.x.x is RPI IP address
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'''''gstreamer''''' windows version download.
 +
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*veye_raspivid (stream over UDP using gstreamer)
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'''''PC side,using gstreamer(Powershell recommended)'''''
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<code>gst-launch-1.0 -v udpsrc port=5321 ! gdpdepay ! rtph264depay ! avdec_h264 ! autovideosink sync=false</code>
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'''''RPI side'''''
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<code>./veye_raspivid -b 4000000 -t 0 -o -  | gst-launch-1.0 -v fdsrc ! h264parse ! rtph264pay config-interval=1 pt=96 ! gdppay ! udpsink host=x.x.x.x port=5000 sync=false</code>
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H.264 encoding on bitrate 4Mbps.
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x.x.x.x is HOST PC IP address.You need to run the pc-side program first and then run the Raspberry Pi-side program.
 +
 +
*veye_raspivid  (direct tcp stream with '''netcat，gstreamer''' etc..)
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'''''RPI side'''''
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<code>./veye_raspivid -b 4000000 -t 0 -o - | nc -l -p 5000</code>
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H.264 encoding on bitrate 4Mbps,forever，listen on TCP port 5000.
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'''''PC side,using gstreamer(Powershell recommended)'''''
 +
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<code>./gst-launch-1.0 -v tcpclientsrc host=x.x.x.x port=5000 ! decodebin ! autovideosink</code>
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x.x.x.x is RPI IP address
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'''''gstreamer''''' windows version [https://gstreamer.freedesktop.org/documentation/installing/on-windows.html?gi-language=c download].
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'''''PC side, using mplayer'''''
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<code>./mplayer -x 1280 -y 720 -geometry 0:0 -fps 200 -demuxer h264es -noborder ffmpeg://tcp://x.x.x.x:5000</code>
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x.x.x.x is RPI IP address
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mplayer for windows [http://mplayerwin.sourceforge.net/downloads.html download]
 +
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*veye_raspividyuv
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<code>./veye_raspividyuv -t 200 -o /dev/shm/test.yuv</code>
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Record UYVY data to file /dev/shm/  directory(which is in DDR), time is 200ms.
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*veye_raspiraw
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<code>./veye_raspiraw -md 2 -t 200 -o /dev/shm/out.%04d.yuv</code>
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Record one UYVY data to file /dev/shm/  directory(which is in DDR).
 +
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*veye_raspstillyuv
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<code>./veye_raspistillyuv -o /dev/shm/test.yuv</code>
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Capturing one image and save to /dev/shm directory(which is in DDR).1920*1080 YUV420 I420 format.
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<code>./veye_raspistillyuv -tl 50 -t 1000 -o /dev/shm/test%d.yuv</code>
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 +
Capturing one image every 50 milliseconds and save to /dev/shm directory(which is in DDR).1920*1080 YUV420 I420 format.
 +
 +
*veye_raspistill
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<code>./veye_raspistill -o ~/test.jpg</code>
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 +
Capturing one image and save to home directory.1920*1080 JPG  format.
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<code>./veye_raspistill -e bmp -tl 50 -t 1000  -o /dev/shm/test%d.bmp</code>
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 +
Capturing one image every 50 milliseconds and save to /dev/shm directory(which is in DDR).1920*1080 BMP format.
 +
 +
<code>./veye_raspistill -k -o ~/test%d.jpg -t 0</code>
 +
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Display video to HDMI,capture jpg image using keyboard，Enter to capture，X Enter to quit.
 +
 +
veye_raspistill support preview，-n will not preview。
 +
====D-SDK Toolkits Manual====
 +
It contains three parts: C language SDK(libdmipicam.so),C language sample,Python language sample.
 +
 +
=====Install support package=====
 +
<code>sudo apt-get update && sudo apt-get install libopencv-dev</code>
 +
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<code><s>sudo apt-get install python-opencv</s></code>
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<code>sudo apt-get install python3-opencv</code>
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<code>sudo apt-get install libzbar-dev</code>
 +
=====D-SDK=====
 +
 +
*interface：
 +
 +
opensource，D_mipicam.h
 +
 +
*compile：
 +
 +
<code>./buildme</code>
 +
 +
*install：
 +
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<code>sudo install -m 644 ./libdmipicam.so /usr/lib/</code>
 +
=====C sample=====
 +
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*preview
 +
 +
Dispaly real-time video to HDMI output
 +
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*preview-dualcam
 +
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Dispaly real-time video to HDMI output for dual cameras（RPI CM）
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*video
 +
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H.264 format encoding and record to file.
 +
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*capture
 +
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Capture one jpeg image.
 +
 +
*video2stdout
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H.264 format encoding and send to stdout,which could be used by pipe. It's like <code>veye_raspivid -o -</code>.
 +
 +
<code>./video2stdout | nc -l -p 5000</code>
 +
 +
*capture_yuv
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Capture one yuv image.
 +
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*capture-dualcam
 +
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Capture jpeg images for dual cameras.
 +
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*yuv_stream
 +
 +
Shows how to get yuv stream.
 +
 +
*capture2opencv
 +
 +
Shows how to get yuv stream,transfer to opencv format and display it.
 +
 +
*qrcode_detection
 +
 +
Shows how to get yuv stream,transfer to opencv format and display it and detect QR code.
 +
 +
=====Python sample=====
 +
 +
*preview.py
 +
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Dispaly real-time video to HDMI output
 +
 +
*capture.py
 +
 +
Capture one jpeg image.
 +
 +
*capture_yuv.py
 +
 +
capture_yuv
 +
 +
*video.py
 +
 +
H.264 format encoding and record to file.
 +
 +
*capture2opencv.py
 +
 +
Shows how to get yuv stream,transfer to opencv format and display it.
 +
===Video Control Toolkits Manual===
 +
On Raspberry Pi, We use I2C-0 as control bus for VEYE Camera Module. We provide a Shell Script — camera_i2c_config— to config pin usage.
 +
 +
Video Control Toolkits Manual : [[VEYE-MIPI-290/327 i2c/|VEYE-MIPI-290/327 i2c]]
 +
 +
The new version of PiOS use i2c-10. If i2c-10 doesn't work, try -b 0.
 +
 +
===RPI Computer Module and RPI Zero Additional Info===
 +
 +
====Overview====
 +
RPI CM and Zero have a different MIPI CSI-2 port with standard RPI. And CM has can support dual cameras.
 +
 +
For CM3, I use a Computer Module IO Board Plus designed by [http://www.waveshare.net/ WAVESHARE ELECTRONICS]. The official CMIO Board is similar.
 +
 +
For CM4，I use official CMIO board.
 +
 +
====Hardware Setup====
 +
 +
=====Connecting Video Stream Port=====
 +
 +
*Connect the VEYE Camera Module the CSI-2 port using FFC Cable（'''type A''').
 +
*Connect Dupont Line as shown below. VEYE-MIPI-290/327 need an addtional power.
 +
*CM can support dual cameras.
 +
 +
=====Connecting I2C to CM3=====
 +
 +
*CAM1：
 +
 +
Attach CD1_SDA to GPIO2 .
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Attach CD1_SCL to GPIO3 .
 +
 +
*CAM0：
 +
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Attach CD0_SDA to GPIO44 .
 +
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Attach  CD0_SCL  to GPIO45 .
 +
 +
For RPI official CMIO board, please refer to [https://www.raspberrypi.org/documentation/hardware/computemodule/cmio-camera.md Link].
 +
 +
For WAVESHARE CMIO board, as shown below.
 +
[[File:Adpter with VEYE-MIPI-290-327 front.jpg|center|thumb|Adpter with VEYE-MIPI-290-327 front|alt=|600x600px]]
 +
[[File:Adpter with VEYE-MIPI-290-327 back.jpg|center|thumb|Adpter with VEYE-MIPI-290-327 back|alt=|600x600px]]
 +
<br />
 +
[[File:Veye-computer module.jpg|center|thumb|600x600px|RPI CM2 to dual VEYE modules]]
 +
 +
 +
[[File:Veye computermodule Wiring scheme00.jpg|center|thumb|600x600px|RPI CM2 to dual VEYE modules(Part1)]]
 +
[[File:Veye computer moduleWiring scheme01.jpg|center|thumb|600x600px|RPI CM2 to dual VEYE modules(Part2)]]
 +
 +
===== Connecting camera to CM4 =====
 +
[[File:Raspberry Pi CM4 system connect.jpg|alt=Raspberry Pi CM4 system connect|center|thumb|800x800px|'''Raspberry Pi CM4 system connect''']]
 +
<br />
 +
====System Setup and Configuration====
 +
For RPI official CMIO board, please refer to [https://www.raspberrypi.org/documentation/hardware/computemodule/cm-emmc-flashing.md Link].
 +
 +
For WAVESHARE CMIO board, please refer to [http://www.waveshare.net/w/upload/4/46/Compute_Module_IO_Board_PLUS_User_Manual.pdf Link]，Page 7.
 +
====Video Stream Toolkits====
 +
All command support  [-cs] option.
 +
 +
option -cs 0 to control CAM0, -cs 1 to control CAM1. For example:
 +
 +
*veye_raspipreview
 +
 +
<code>./veye_raspipreview -cs 0 -t 20000</code>
 +
 +
Dispaly real-time video to HDMI output,from CAM0, lasts 20 seconds.
 +
 +
*veye_raspivid
 +
 +
<code>./veye_raspivid -cs 1 -t 5000 -o ~/test.h264</code>
 +
 +
Implement H.264 format encoding and record for 5 seconds from camera 1，Record the stream data to file ~/test.h264.<br />
 +
====Video Control Toolkits====
 +
Downloading dt-blob.bin file from [https://www.raspberrypi.org/documentation/hardware/computemodule/dt-blob-dualcam.bin link],rename to dt-blob.bin and upload it to /boot/,reboot RPI.
 +
 +
===== CM3 =====
 +
CM3 use I2C-1 to control 2 cameras，It is time-sharing multiplexing.
 +
 +
<code>./camera_i2c_config [cameranum]</code>
 +
{| class="wikitable"
 +
!cameranum
 +
!description
 +
|-
 +
|0
 +
|CAM0
 +
|-
 +
|1
 +
|CAM1
 +
|}<code>./veye_mipi_i2c.sh -b 1</code>
 +
 +
===== CM4 =====
 +
The CM4 module uses two I2C to communicate with two cameras respectively.
 +
 +
<code>./camera_i2c_config</code>
 +
{| class="wikitable"
 +
!i2c bus num
 +
!description
 +
|-
 +
|0
 +
|CAM0
 +
|-
 +
|10
 +
|CAM1
 +
|}
 +
<code>./veye_mipi_i2c.sh -b [i2c bus num]</code><br />Other options see : [[VEYE-MIPI-290/327 i2c/zh|VEYE-MIPI-290/327 i2c]]
 +
===FFC Cable Remarks===
 +
 +
*For Standard RPI，use FFC cable TypeB.
 +
 +
[[File:Veye Base Adapter FFC.jpg|center|thumb|600x600px|FFC Cable TypeB.]]
 +
 +
*For RPI CM3 ，use FFC cable TypeA.
 +
 +
[[File:Veye Computer Module 3 IO BRD V3 FFC同面.jpg|center|thumb|600x600px|FFC Cable TypeA.]]
 +
 +
 +
 +
=== FAQ ===
 +
 +
* '''could not find component 'vc.ril.rawcam''''
 +
 +
<code>mmal: mmal_component_create_core: could not find component 'vc.ril.rawcam'</code>
 +
<code>mmal: Failed to create camera component</code>
 +
<code>mmal: main: Failed to create camera component</code>
 +
 +
Due to the variety of PiOS versions for the Raspberry Pi, some precompiled programs may encounter this issue during runtime in certain versions. In this case, please recompile the veye_raspcam program. The specific method is to go to the source directory and run the buildme script.
 +
 +
<br />

Latest revision as of 10:41, 28 November 2024

查看中文

How to use VEYE-MIPI-X series camera module on Raspberry Pi（legacy mode）

1 Introduction

VEYE-MIPI-X is a is a special camera module which is compatible with RASPBERRY PI. It use SONY STARVIS sensor——IMX290/IMX327 and has excellent ISP functions build-in.The output format is stanard UYVY stream. It is very easy to use it with RASPBERRY PI.Of course, she also has some subtle differences with the official version. She only support 1080p resolution,and i2c cmd is different.

Theoretically,VEYE Camera Modules support all Raspberry Pi. For performance reasons, I recommend you use 3,3+,4 version. This article uses Raspberry Pi 3B as an example to explain how the VEYE-MIPI-290/327 camera module working with Raspberry Pi. It also explain the specials of RPI Computer Module and Zero using VEYE Camera Module.

2 About piOS---Bullseye

The latest system of Raspberry Pi - bullseye has removed the support of raspicam by default. But we still have 2 ways to use it.

  • 1, Use the legacy version of the OS, that is, do not upgrade to Bullseye.

https://www.raspberrypi.com/software/operating-systems/

  • 2, Open legacy camera support in raspi-config on Bullseye. We have upgraded the program to accommodate this usage.

If you want to add the legacy camera interfaces to Bullseye, please click your update icon in the taskbar to update. Then open a terminal (Ctrl-Alt-T) and type ‘sudo raspi-config’, go to ‘Interface Options’ and then ‘Legacy Camera’, and reboot. These camera interfaces are deprecated, and we are not supporting them going forwards.

https://www.raspberrypi.com/news/new-old-functionality-with-raspberry-pi-os-legacy/

By the way, Use this cmd to check your system version:

lsb_release -a

3 Hardware Setup

Essentials You Need：

  • Raspberry PI Items : RPI, Network, MicroSD Card, Power, Monitor
  • Camera Module Items : VEYE-MIPI-290/327，FFC，Dupont Wire，Lens，Adaptor Board. （We developed 2 types of adaptor boards, Mini Adaptor Board and Adaptor Board. Mini board only support Standard RPI，Adaptor Board support both Standard RPI and CM & Zero.)

Setup guide

  • Connect the VEYE Camera Module the CSI-2 port using FFC Cable（type B).
  • Connect Dupont Wire as shown below. VEYE-MIPI-290/327 need an addtional power.
  • Startup RaspberryPi.
VEYE-MIPI-IMX327S and RPI Connection

VEYE-MIPI-IMX462 and RPI Connection

VEYE-MIPI-IMX385 and RPI Connection

VEYE-MIPI-IMX327S FPC WIRE Connection

VEYE-MIPI-IMX462 FPC WIRE Connection

VEYE-MIPI-IMX385 FPC WIRE Connection


VEYE-MIPI-327E and RPI Connection VEYE-MIPI-327E FPC and PWR WIRE Connection


VEYE-MIPI-327B and RPI Connection VEYE-MIPI-327B FPC and PWR WIRE Connection

4 RaspberryPi System Setup and Configuration

  • Setup RasapberryPi System，reference this link.
  • Go to the main menu and open the Raspberry Pi Configuration tool. Enable Camera and I2C interface.

sudo raspi-config

Veye-Raspi-config.png
  • Enable SSH and Samba services.

5 Sofware Toolkits Install

5.1 Toolkits downloading

There are two way to install software toolkits.

  • 1. Clone from github

git clone https://github.com/veyeimaging/raspberrypi.git

  • 2. Downloading from github (link here), upload to RPI using samba or USB disk.

5.2 Toolkits Overview

Software Tookits on github

Software toolkits contains three parts. veye_raspcam is raspcam alike Video Stream Toolkits, D_mipi_rpi is D-SDK Video Stream Toolkits, i2c_cmd is Video Control Toolkits.

  • Video Stream Tookkits provides real-time display, capture, video recording, etc.
  • Video Control Toolkits is a shell script which provides ISP parameters configuration capbility.
  • Both is Open Source.

6 Video Stream Toolkits Manual

6.1 veye_raspcam: raspcam alike toolkits

cd raspberrypi/veye_raspcam/bin/

chmod +x *

VS toolkits provides several ELF file.

  • veye_raspipreview

./veye_raspipreview -t 20000 -p '0,0,1280,720'

Dispaly real-time video to HDMI output,preview window is 1280*720, last 20 seconds.

./veye_raspipreview -t -1

If t is -1, Show continuous Real-time display to HDMI output,full screen.

  • veye_raspivid

./veye_raspivid -t 5000 -o ~/test.h264

Implement H.264 format encoding and record for 5 seconds，Record the stream data to file ~/test.h264.

At the same time,Dispaly real-time video to HDMI output.(use -n if you do not want preview)

  • veye_raspivid (stream over TCP using gstreamer)

RPI side

./veye_raspivid -b 4000000 -t 0 -o -  | gst-launch-1.0 -v fdsrc ! h264parse ! rtph264pay config-interval=1 pt=96 ! gdppay ! tcpserversink host=x.x.x.x port=5000

H.264 encoding on bitrate 4Mbps,forever，listen on TCP port 5000.

PC side,using gstreamer(Powershell recommended)

gst-launch-1.0 -v tcpclientsrc host=x.x.x.x port=5000 ! gdpdepay ! rtph264depay ! avdec_h264 ! autovideosink sync=false

x.x.x.x is RPI IP address

gstreamer windows version download.

  • veye_raspivid (stream over UDP using gstreamer)

PC side,using gstreamer(Powershell recommended)

gst-launch-1.0 -v udpsrc port=5321 ! gdpdepay ! rtph264depay ! avdec_h264 ! autovideosink sync=false

RPI side

./veye_raspivid -b 4000000 -t 0 -o -  | gst-launch-1.0 -v fdsrc ! h264parse ! rtph264pay config-interval=1 pt=96 ! gdppay ! udpsink host=x.x.x.x port=5000 sync=false

H.264 encoding on bitrate 4Mbps.

x.x.x.x is HOST PC IP address.You need to run the pc-side program first and then run the Raspberry Pi-side program.

  • veye_raspivid (direct tcp stream with netcat，gstreamer etc..)

RPI side

./veye_raspivid -b 4000000 -t 0 -o - | nc -l -p 5000

H.264 encoding on bitrate 4Mbps,forever，listen on TCP port 5000.

PC side,using gstreamer(Powershell recommended)

./gst-launch-1.0 -v tcpclientsrc host=x.x.x.x port=5000 ! decodebin ! autovideosink

x.x.x.x is RPI IP address

gstreamer windows version download.

PC side, using mplayer

./mplayer -x 1280 -y 720 -geometry 0:0 -fps 200 -demuxer h264es -noborder ffmpeg://tcp://x.x.x.x:5000

x.x.x.x is RPI IP address

mplayer for windows download

  • veye_raspividyuv

./veye_raspividyuv -t 200 -o /dev/shm/test.yuv

Record UYVY data to file /dev/shm/ directory(which is in DDR), time is 200ms.

  • veye_raspiraw

./veye_raspiraw -md 2 -t 200 -o /dev/shm/out.%04d.yuv

Record one UYVY data to file /dev/shm/ directory(which is in DDR).

  • veye_raspstillyuv

./veye_raspistillyuv -o /dev/shm/test.yuv

Capturing one image and save to /dev/shm directory(which is in DDR).1920*1080 YUV420 I420 format.

./veye_raspistillyuv -tl 50 -t 1000 -o /dev/shm/test%d.yuv

Capturing one image every 50 milliseconds and save to /dev/shm directory(which is in DDR).1920*1080 YUV420 I420 format.

  • veye_raspistill

./veye_raspistill -o ~/test.jpg

Capturing one image and save to home directory.1920*1080 JPG format.

./veye_raspistill -e bmp -tl 50 -t 1000  -o /dev/shm/test%d.bmp

Capturing one image every 50 milliseconds and save to /dev/shm directory(which is in DDR).1920*1080 BMP format.

./veye_raspistill -k -o ~/test%d.jpg -t 0

Display video to HDMI,capture jpg image using keyboard，Enter to capture，X Enter to quit.

veye_raspistill support preview，-n will not preview。

6.2 D-SDK Toolkits Manual

It contains three parts: C language SDK(libdmipicam.so),C language sample,Python language sample.

6.2.1 Install support package

sudo apt-get update && sudo apt-get install libopencv-dev

sudo apt-get install python-opencv

sudo apt-get install python3-opencv

sudo apt-get install libzbar-dev

6.2.2 D-SDK
  • interface：

opensource，D_mipicam.h

  • compile：

./buildme

  • install：

sudo install -m 644 ./libdmipicam.so /usr/lib/

6.2.3 C sample
  • preview

Dispaly real-time video to HDMI output

  • preview-dualcam

Dispaly real-time video to HDMI output for dual cameras（RPI CM）

  • video

H.264 format encoding and record to file.

  • capture

Capture one jpeg image.

  • video2stdout

H.264 format encoding and send to stdout,which could be used by pipe. It's like veye_raspivid -o -.

./video2stdout | nc -l -p 5000

  • capture_yuv

Capture one yuv image.

  • capture-dualcam

Capture jpeg images for dual cameras.

  • yuv_stream

Shows how to get yuv stream.

  • capture2opencv

Shows how to get yuv stream,transfer to opencv format and display it.

  • qrcode_detection

Shows how to get yuv stream,transfer to opencv format and display it and detect QR code.

6.2.4 Python sample
  • preview.py

Dispaly real-time video to HDMI output

  • capture.py

Capture one jpeg image.

  • capture_yuv.py

capture_yuv

  • video.py

H.264 format encoding and record to file.

  • capture2opencv.py

Shows how to get yuv stream,transfer to opencv format and display it.

7 Video Control Toolkits Manual

On Raspberry Pi, We use I2C-0 as control bus for VEYE Camera Module. We provide a Shell Script — camera_i2c_config— to config pin usage.

Video Control Toolkits Manual : VEYE-MIPI-290/327 i2c

The new version of PiOS use i2c-10. If i2c-10 doesn't work, try -b 0.

8 RPI Computer Module and RPI Zero Additional Info

8.1 Overview

RPI CM and Zero have a different MIPI CSI-2 port with standard RPI. And CM has can support dual cameras.

For CM3, I use a Computer Module IO Board Plus designed by WAVESHARE ELECTRONICS. The official CMIO Board is similar.

For CM4，I use official CMIO board.

8.2 Hardware Setup

8.2.1 Connecting Video Stream Port
  • Connect the VEYE Camera Module the CSI-2 port using FFC Cable（type A).
  • Connect Dupont Line as shown below. VEYE-MIPI-290/327 need an addtional power.
  • CM can support dual cameras.
8.2.2 Connecting I2C to CM3
  • CAM1：

Attach CD1_SDA to GPIO2 .

Attach CD1_SCL to GPIO3 .

  • CAM0：

Attach CD0_SDA to GPIO44 .

Attach CD0_SCL to GPIO45 .

For RPI official CMIO board, please refer to Link.

For WAVESHARE CMIO board, as shown below.

Adpter with VEYE-MIPI-290-327 front
Adpter with VEYE-MIPI-290-327 back


RPI CM2 to dual VEYE modules


RPI CM2 to dual VEYE modules(Part1)
RPI CM2 to dual VEYE modules(Part2)
8.2.3 Connecting camera to CM4
Raspberry Pi CM4 system connect
Raspberry Pi CM4 system connect


8.3 System Setup and Configuration

For RPI official CMIO board, please refer to Link.

For WAVESHARE CMIO board, please refer to Link，Page 7.

8.4 Video Stream Toolkits

All command support [-cs] option.

option -cs 0 to control CAM0, -cs 1 to control CAM1. For example:

  • veye_raspipreview

./veye_raspipreview -cs 0 -t 20000

Dispaly real-time video to HDMI output,from CAM0, lasts 20 seconds.

  • veye_raspivid

./veye_raspivid -cs 1 -t 5000 -o ~/test.h264

Implement H.264 format encoding and record for 5 seconds from camera 1，Record the stream data to file ~/test.h264.

8.5 Video Control Toolkits

Downloading dt-blob.bin file from link,rename to dt-blob.bin and upload it to /boot/,reboot RPI.

8.5.1 CM3

CM3 use I2C-1 to control 2 cameras，It is time-sharing multiplexing.

./camera_i2c_config [cameranum]

cameranum description
0 CAM0
1 CAM1

./veye_mipi_i2c.sh -b 1

8.5.2 CM4

The CM4 module uses two I2C to communicate with two cameras respectively.

./camera_i2c_config

i2c bus num description
0 CAM0
10 CAM1

./veye_mipi_i2c.sh -b [i2c bus num]
Other options see : VEYE-MIPI-290/327 i2c

9 FFC Cable Remarks

  • For Standard RPI，use FFC cable TypeB.
FFC Cable TypeB.
  • For RPI CM3 ，use FFC cable TypeA.
FFC Cable TypeA.


10 FAQ

  • could not find component 'vc.ril.rawcam'

mmal: mmal_component_create_core: could not find component 'vc.ril.rawcam' mmal: Failed to create camera component mmal: main: Failed to create camera component

Due to the variety of PiOS versions for the Raspberry Pi, some precompiled programs may encounter this issue during runtime in certain versions. In this case, please recompile the veye_raspcam program. The specific method is to go to the source directory and run the buildme script.


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