Why do I get an oscillating frame rate on my Matrix Vision Security Camera?
If your Matrix Vision Security Camera supports FrameRateExactness, an oscillating frame rate might occur. To stabilize it, capture 10 frames. This approach ensures a more precise and stable frame rate.
What to do if I cannot see or use my mvBlueFOX3 Matrix Vision Security Camera?
If you cannot see or use your mvBlueFOX3 Matrix Vision Security Camera, it might be bound to another USB3 Vision driver. To fix this: * Open 'Device Manager' from 'Control Panel -> System -> Device Manager'. * Right-click the device and select 'Update Driver Software...'. * Click on 'Browse my computer for driver software'. * Click on 'Let me pick from a list of device drivers on my computer'. * Select the MATRIX VISION USB3 Vision driver called 'USB3 Vision Device(Bound to MATRIX VISION !GmbH driver using libusbK)' and click on 'Next'.
What to do if I cannot see or use my Matrix Vision Digital Camera mvBlueFOX3?
If you cannot see or use your mvBlueFOX3 camera, it might be bound to another USB3 Vision driver. To resolve this, use the Windows Device Manager (Control Panel -> System -> Device Manager) to change the bounding. Update the driver software by right-clicking the device, browsing your computer for driver software, and selecting the MATRIX VISION USB3 Vision driver called "USB3 Vision Device(Bound to MATRIX VISION !GmbH driver using libusbK)". Then click "Next" and "Close".
Why does updating the device list take so long on my Matrix Vision Digital Camera?
Updating the device list takes a long time because the GenTL driver scans both GigE Vision and USB3 Vision interfaces for compliant devices. The easiest way to solve this is to open wxPropView and select "Missing A Device? Click here..." from the device list dropdown.
General| Brand | Matrix Vision |
|---|---|
| Model | mvBlueFOX3 |
| Category | Security Camera |
| Language | English |
Explains the manual's purpose and scope, covering mvBlueFOX3 overview and operation.
Lists the manual's chapters and sections, providing page numbers for navigation.
Introduces third-party software packages used in the SDK and their respective licenses.
Details the C++ library used for creating graphical user interfaces across multiple platforms.
Explains the use of OpenSSL for license authentication and its dual licensing terms.
Lists changes and updates made to the manual across different versions, including dates and descriptions.
Provides critical safety guidelines for handling the mvBlueFOX3 camera and avoiding damage.
Outlines essential operational guidelines, including handling, installation, and environmental factors.
Provides instructions for safely cleaning the camera lens and body using appropriate materials.
Details the process of adjusting the C-mount ring for lens positioning on specific camera models.
Explains the camera's software architecture, GenICam XML files, and driver interaction.
Details the naming scheme for mvBlueFOX3 cameras, including sensor and model variations.
Describes the nomenclature scheme for the base mvBlueFOX3 camera models.
Lists optional accessories available for the mvBlueFOX3 camera, such as cables and adapters.
Explains the driver's role as an interface between programmer and hardware for image processing.
Covers system requirements and installation procedures for the mvIMPACT Acquire driver on Windows.
Details system requirements and installation procedures for the mvIMPACT Acquire driver on Linux.
Offers guidance on optimizing USB 3.0 performance in Linux by adjusting kernel parameters.
Provides physical dimensions for various mvBlueFOX3 models, including mounting hole details.
Details the camera's connectors, including circular power/IO and pin assignments.
Details the electrical and switching characteristics of the camera's digital inputs.
Explains the meaning of different LED states for power and device status indication.
Illustrates the data flow from the sensor chip through processing stages within the camera.
Explains the two operating modes for CMOS sensors: Free running and Snapshot.
Lists various CMOS sensor models incorporated into the cameras with their specifications.
Provides detailed specifications for Sony Pregius CMOS sensors used in the cameras.
Describes the hot mirror filter's technical data and transmission characteristics in the IR spectrum.
Details the daylight cut filter's specifications and protective measures for handling.
Provides specifications for optional glass filters available for the camera.
Introduces wxPropView as an interactive GUI tool for image acquisition and device configuration.
Lists and explains the command-line parameters available for launching and controlling wxPropView.
Provides a step-by-step guide for updating the camera's firmware using mvDeviceConfigure.
Explains how to preserve user settings during firmware updates on compatible devices.
Recommends using the GenICam interface layout for flexible access to device features.
Details features related to controlling the image acquisition process, including trigger modes.
Explains how to define feature sets for sequential image acquisition activated by triggers.
Guides on how to register and rename devices for use with DirectShow applications.
Addresses issues where the camera is not detected or usable due to driver conflicts.
Discusses causes and solutions for an oscillating frame rate, often related to sensor timing.
Provides a comprehensive list of error codes and their detailed explanations for troubleshooting.
Defines GenICam as a generic interface for accessing and modifying camera device parameters.
Describes the driver as the interface between programmer and hardware for MATRIX VISION products.
Explains how to use the code generator to create C++ wrapper interfaces for GenICam devices.
Explores various methods for acquiring and recording images, including sequences and burst modes.
Details how to acquire a specific number of images using the "MultiFrame" functionality.
Explains how to define multiple Areas of Interest (AOIs) within a single image for increased frame rates.
Describes using internal memory for burst mode buffering when transfer rates differ.
Covers the use of the line scan mode for capturing images of moving objects.
Provides methods to enhance image quality, including error correction and optimization techniques.
Details procedures for correcting image errors like defective pixels and dark current.
Guides on optimizing color reproduction using gamma correction, white balance, and color matrices.
Explains frame averaging techniques like mvNTo1 and mvDynamic to reduce noise.
Covers various scenarios for using triggers, including incremental encoders and pulse width modulation.
Details how to use counters and timers for synchronization with an incremental encoder.
Explains how to achieve precise acquisition start times for indefinite sequences using timers and logic gates.
Covers input/output operations, including controlling strobes/flashes and debouncing trigger inputs.
Details how to control strobe or flash outputs using exposure and acquisition signals.
Explains how to implement debouncing filters on digital inputs to reduce trigger signal noise.
Describes how to utilize High Dynamic Range features for increased contrast and detail.
Explains the linear and high dynamic modes of the AR0331 Aptina sensor.
Covers the use of Look-Up Tables for transforming input data into desired output formats.
Guides on creating binarized images using hardware-based Look-Up Tables.
Covers saving settings, user data, and configurations to the device's non-volatile memory.
Explains how to save arbitrary user-specific data on the hardware's non-volatile memory.
Details storing up to five configuration sets (user sets) directly in the camera's flash memory.
Covers uploading custom files to a 64 KByte section in flash memory using GenICam File Access Control.
Explores features like timestamp resetting, synchronization, and standby mode.
Explains how to use hardware inputs to reset timestamps for precise time control.
Details methods for synchronizing camera timestamps without IEEE 1588, using hardware inputs.
Explains how to switch the camera to a power-down (standby) mode to save energy.
Covers use cases for managing multiple cameras, such as synchronized acquisitions.
Details using timers to generate pulses for synchronized acquisitions across multiple cameras.
Provides detailed specifications for the mvBlueFOX3-2004 camera sensor, including spectral sensitivity.
Presents specifications and spectral sensitivity data for the mvBlueFOX3-2016 camera sensor.
Details specifications and spectral sensitivity for the mvBlueFOX3-2024 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-2024a camera sensor.
Lists specifications and spectral sensitivity for the mvBlueFOX3-2032 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-2032a camera sensor.
Details specifications and spectral sensitivity for the mvBlueFOX3-2051 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-2051a camera sensor.
Lists specifications and spectral sensitivity for the mvBlueFOX3-2064 camera sensor.
Details specifications and spectral sensitivity for the mvBlueFOX3-2089 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-2089a camera sensor.
Lists specifications and spectral sensitivity for the mvBlueFOX3-2124 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-2124a camera sensor.
Lists device features and properties for gray scale and color versions of cameras.
Details specifications and spectral sensitivity for the mvBlueFOX3-1012b camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-1012d camera sensor.
Lists specifications and spectral sensitivity for the mvBlueFOX3-1013 camera sensor.
Details specifications and spectral sensitivity for the mvBlueFOX3-1020 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-1020a camera sensor.
Lists specifications and spectral sensitivity for the mvBlueFOX3-1031 camera sensor.
Details specifications and spectral sensitivity for the mvBlueFOX3-1100 camera sensor.
Provides specifications and spectral sensitivity for the mvBlueFOX3-1140 camera sensor.
Lists device features and properties for gray scale and color versions of cameras.
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