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Imprint
Legal Notice
Revisions
Symbols and Conventions
Important Information
Introduction
▼Quickstart
System Requirements
►Installing The Impact Acquire Package
►Windows
Unattended Setups
Installation Options
macOS
Linux
►Connecting The Camera
Communicating With The Camera
Communicating With A Camera In A Different Subnet
Setting Up The Camera
About Settings
Software Concept
Relationship Between Framework, Firmware And SDK
►Optimizing Network Performance
Checklist for Windows
Checklist for Linux
Checklist for macOS
►Multi-Core Acquisition Optimizer
Abstract
Usage
Use Cases
►Troubleshooting
None Of The Multi-Core Acquisition Optimizer Properties Are Available
Data Is Lost / Images Are Returned Incompletely
Using GigE Vision™ Devices In A Docker Container
Technical Data
▼Sensor Overview
Summary of CMOS sensors
Filters
GUI Tools
GenICam™ and advanced features
Developing applications using the Impact Acquire SDK
DirectShow Interface
▼Troubleshooting
Error code list
Accessing log files
►General Issues
I can see the camera in IPConfigure, but I cannot access the camera
Image Data Is Lost (Incomplete Frames)
The error counter increases
I get an exception when setting OffsetX or OffsetY
I get an oscillating frame rate
Why does updating the device list take so long
►Windows®
The 'LostImagesCount' increases
VLC Media Player Issues
►Linux
No GenICam™ devices are detected on a Linux system
No GigE Vision™ devices are detected on a Linux system
Glossary
Related Manuals
▼Use Cases
►Introducing acquisition / recording possibilities
Acquiring a number of images
Recording sequences with pre-trigger
Generating very long exposure times
Working with multiple AOIs (mv Multi Area Mode)
Using the mvMultiExposureCount feature
Working with burst mode buffer
Working with Event Control
Using Video Stream Recording
Introducing multicasting
Using the Particle Image Velocimetry (PIV) shutter feature
►Improving the acquisition / image quality
Correcting image errors of a sensor
Optimizing the color/luminance fidelity of the camera
Reducing noise by frame averaging
Setting a flicker-free auto expose and auto gain
Working with binning / decimation
Working with the Dual ADC feature of Sony Gen4 sensors
►Improving the communication
Optimizing the bandwidth
Discovering Devices In Different Subnets
►Working with triggers
Generating a pulse width modulation (PWM)
Outputting a pulse at every other external trigger
Creating different exposure times for consecutive images
Detecting overtriggering
Triggering of an indefinite sequence with precise starting time
Low latency triggering
►Working with I/Os
Controlling strobe or flash at the outputs
Creating a debouncing filter at the inputs
►Saving data on the device
Creating user data entries
Creating user set entries
►Working with device features
Working with the temperature sensors
Disabling the heartbeat
Reset timestamp by hardware
Synchronizing camera timestamps
Working With The Serial Interface (mv Serial Interface Control)
►Working with several cameras simultaneously
Using Action Commands
Creating synchronized acquisitions
Using the primary application switchover functionality
►Working with 3rd party tools
Using VLC Media Player
Working with ROS (Robot Operating System)
Using GigE Vision™ Devices In A Docker Container
Working with GStreamer - The Impact Acquire GenICam GStreamer Plugin
▼Appendix A. Specific Camera / Sensor Data
►A.1 Pregius S CMOS (Mono)
►BVS CA-GT1-0051BG (5.1 Mpix [2464 x 2064])
Device Feature And Property List
►BVS CA-GT1-0081UG (8.1 Mpix [2848 x 2848])
Device Feature And Property List
►BVS CA-GT1-0081ZG (8.1 Mpix [2848 x 2848])
Device Feature And Property List
►BVS CA-GT1-0124BG (12.4 Mpix [4128 x 3008])
Device Feature And Property List
►BVS CA-GT1-0162ZG (16.2 Mpix [5328 x 3040])
Device Feature And Property List
►BVS CA-GT1-0204ZG (20.4 Mpix [4512 x 4512])
Device Feature And Property List
►BVS CA-GT1-0246ZG (24.6 Mpix [5328 x 4608])
Device Feature And Property List
►A.2 Pregius S CMOS (Color)
►BVS CA-GT1-0051BC (5.1 Mpix [2464 x 2064])
Device Feature And Property List
►BVS CA-GT1-0081ZC (8.1 Mpix [2848 x 2848])
Device Feature And Property List
►BVS CA-GT1-0124BC (12.4 Mpix [4128 x 3008])
Device Feature And Property List
►BVS CA-GT1-0162ZC (16.2 Mpix [5328 x 3040])
Device Feature And Property List
►BVS CA-GT1-0204ZC (20.4 Mpix [4512 x 4512])
Device Feature And Property List
►BVS CA-GT1-0246ZC (24.6 Mpix [5328 x 4608])
Device Feature And Property List
Appendix B. Product Comparison
▼Appendix C. Tested ARM platforms
►C.1 ARM64 based devices
NVIDIA Jetson AGX Orin