Name: Balluff MATRIX VISION mvBlueFOX-200wC
Brand: Balluff
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1.18 Use Cases 91

1.18 Use Cases

• Introducing acquisition / recording possibilities (p. 92)

• Improving the acquisition / image quality (p. 104)

• Saving data on the device (p. 130)

• Working with several cameras simultaneously (p. 132)

• Working with HDR (High Dynamic Range Control) (p. 138)

• Working with I2C devices (p. 144)

• Working with LUTs (p. 157)

• Working with triggers (p. 159)

• Working with 3rd party tools (p. 161)

• Working with the Hardware Real-Time Controller (HRTC) (p. 164)

MATRIX VISION GmbH

Table of Contents3
About this Manual9
Goal of the Manual9
Contents of the Manual9
Imprint10
Legal Notice11
Introduction11
Wxwidgets11
Sarissa11
Genicam11
Libusb11
Libusbk12
Libusbk License12
Doxygen12
Doxygen License12
SHA1 Algorithm13
Expat13
Expat Copyright13
Cppunit13
Nunit13
Nunit License13
Cjson14
Unity14
Revisions15
Symbols and Conventions16
Explanation of the Warnings16
Important Information17
High-Speed USB Design Guidelines18
European Union Declaration of Conformity Statement18
Legal Notice21
For Customers in the U.S.A21
For Customers in Canada22
Pour Utilisateurs au Canada22
Introduction22
Order Code Nomenclature23
Mvbluefox23
Mvbluefox-M24
Mvbluefox-IGC24
Mvbluefox-MLC25
What's Inside and Accessories26
Quickstart27
System Requirements27
Supported Operating Systems27
Installing the Mvimpact Acquire Driver28
Windows28
Linux31
Connecting the Camera33
Driver Concept33
Neurocheck Support35
Visionpro Support35
HALCON Support35
Labview Support36
Directshow Support36
Micro-Manager Support36
Relationship between Driver, Firmware and FPGA File36
Fpga37
Firmware38
Settings Behaviour During Startup40
Optimizing USB Performance42
Checklist for Windows42
Checklist for Linux42
Using Mvbluefox Cameras in a Docker Container43
Host Preparation43
Building a Docker Image44
Starting the Docker Container45
Validation46
Technical Data46
Power Supply46
Standard Version (Mvbluefox-XXX)46
Dimensions and Connectors46
LED States50
Components51
Board-Level Version (Mvbluefox-MXXX)52
Dimensions and Connectors52
LED States56
Components56
Accessories Mvbluefox-MXXX57
Single-Board Version (Mvbluefox-Mlc2Xx)59
Typical Power Consumption @ 5V59
Dimensions and Connectors60
LED States65
Assembly Variants65
Single-Board Version with Housing (Mvbluefox-Igc2Xx)66
Dimensions and Connectors66
LED States67
Positioning Tolerances of Sensor Chip68
Sensor Overview69
CCD Sensors69
CMOS Sensors71
Output Sequence of Color Sensors (RGB Bayer)73
Bilinear Interpolation of Color Sensors (RGB Bayer)73
Filters74
Hot Mirror Filter74
Cold Mirror Filter75
Glass Filter76
GUI Tools76
Introduction76
Wxpropview76
Mvdeviceconfigure76
Mvipconfigure76
Mvgigeconfigure77
HRTC - Hardware Real-Time Controller78
Introduction78
Operating Codes78
How to Use the HRTC78
Developing Applications Using the Mvimpact Acquire SDK80
Directshow Interface81
Supported Interfaces81
C++ Example Code Using the Ikspropertyset Interface81
Logging83
Setting up Devices for Directshow Usage83
Registering Devices84
Renaming Devices86
Using Regsvr3287
Troubleshooting88
Accessing Log Files88
Windows88
Linux88
Glossary89
Use Cases99
Introducing Acquisition / Recording Possibilities100
Generating very Long Exposure Times100
Using Video Stream Recording101
Improving the Acquisition / Image Quality112
Correcting Image Errors of a Sensor112
Optimizing the Color/Luminance Fidelity of the Camera121
Working with Gain and Black-Level Values Per Color Channel130
Saving Data on the Device138
Creating User Data Entries138
Working with Several Cameras Simultaneously140
Using 2 Mvbluefox-MLC Cameras in Master-Slave Mode140
Synchronize the Cameras to Expose at the same Time145
Working with HDR (High Dynamic Range Control)146
Adjusting Sensor of Camera Models -X00W146
Adjusting Sensor of Camera Models -X02D (-1012D)149
Working with I2C Devices152
Working with the I2C Interface (I2C Control)153
Using Mvbluefox-MLC with Motorized Lenses (Motorfocuscontrol)156
Working with Luts165
Introducing Luts165
Working with Triggers167
Using External Trigger with CMOS Sensors168
Working with 3Rd Party Tools169
Using VLC Media Player169
Working with the Hardware Real-Time Controller (HRTC)172
Achieve a Defined Image Frequency (HRTC)172
Delay the External Trigger Signal (HRTC)174
Creating Double Acquisitions (HRTC)175
Take Two Images after One External Trigger (HRTC)175
Take Two Images with Different Expose Times after an External Trigger (HRTC)176
Edge Controlled Triggering (HRTC)178
Delay the Expose Start of the Following Camera (HRTC)179
Appendix A. Specific Camera / Sensor Data181
CCD181
Mvbluefox-[Model]220 (0.3 Mpix [640 X 480])181
Mvbluefox-[Model]220A (0.3 Mpix [640 X 480])186
Mvbluefox-[Model]221 (0.8 Mpix [1024 X 768])191
Mvbluefox-[Model]223 (1.4 Mpix [1360 X 1024])195
Mvbluefox-[Model]224 (1.9 Mpix [1600 X 1200])200
Cmos205
Mvbluefox-[Model]200W (0.4 Mpix [752 X 480])206
Mvbluefox-[Model]202A (1.3 Mpix [1280 X 1024])209
Mvbluefox-[Model]202V (1.2 Mpix [1280 X 960])212
Mvbluefox-[Model]202B (1.2 Mpix [1280 X 960])216
Mvbluefox-[Model]202D (1.2 Mpix [1280 X 960])219
Mvbluefox-[Model]205 (5.0 Mpix [2592 X 1944])223
Appendix B. Product Comparison227
Appendix C. Tested ARM Platforms227
ARM64 Based Devices228
NVIDIA Jetson AGX Xavier228
NVIDIA Jetson Xavier NX230
NVIDIA Jetson Nano232
NVIDIA Jetson TX2233
I.mx8M Mini234
Armhf Based Devices236
Raspberry Pi 4236

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Balluff MATRIX VISION mvBlueFOX-200wC Specifications

General

Brand	Balluff
Model	MATRIX VISION mvBlueFOX-200wC
Category	Digital Camera
Language	English

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