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Download WLan Driver 802.11n Rel. 4.80.28.7.zip for Windows to update Windows network adapter drivers for your Acer Ferrari laptop. WLan Driver 802.11n Rel. 4.80.28.7.zip has had 0 updates within. UsbDk (USB Development Kit) is a open-source library for Windows meant to provide user mode applications with direct and exclusive access to USB devices by detaching those from Windows PNP manager and device drivers and providing user mode with API for USB-specific operations on the device.

USB3 Vision camera SDK

Devices Active USB is a universal USB3 Vision Driver and hardware-independent SDK designed to provide developers with a rapid access to USB3 Vision digital cameras. With ActiveUSB your application does not have to rely on a specific camera model - any USB3 Vision compliant camera will work with it out-of-the-box in any popular development environment, including C++, C#, VB.NET, Visual Basic (VB6), Delphi, PowerBuilder, Java, Matlab, Python, Ruby, QT, OpenCV, LabView, Euresys, GE Fanuc, WinCC Flexible, Indusoft Studio, and more.

Video Acquisition

  • Acquire video from one or several USB3 Vision cameras
  • Select among multiple U3V sources
  • Use hardware and software trigger modes to acquire individual frames
  • Get an instant access to pixel values and pixel arrays in raw and interpolated frames
  • Retrieve individual color planes from color images
  • Obtain timestamp information for each individual frame
  • Retrieve chunk data appended to each image in the chunk mode

Camera Control

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  • Utilize built-in multi-panel dialog for a comprehensive GUI control over available camera features
  • Set the desired video format, frame rate, exposure time, gain, black level, white balance
  • Select the desired size and position of the scan area
  • Perform programmatic control over all GenICam features exposed by connected devices
  • Control non-standard features by direct access to camera registers
  • Receive message events from U3V cameras in real time
  • Broadcast action commands to multiple devices (compatible with IEEE-1588 Time Precision Protocol
  • Save camera settings into a specified file and reload them on demand
  • Transfer data to and from files hosted on the camera

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Video Display

  • Utilize our built-in video window for a high-performance live display
  • Perform automatic color interpolation of raw Bayer, JPEG and H.264 steams into RGB video
  • Use our patented anti-tearing and monitor synchronization technology to eliminate display artifacts
  • Flip, rotate, scroll and zoom live video, initiate the full screen mode
  • Choose among several palettes for pseudo-color display of monochrome and thermal images
  • Import live video into PictureBox objects
  • Overlay multi-colored graphics and text with adjustable transparency over live video

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  • Save images into RAW, BMP, TIF, JPEG, DPX and FITS files and reload them on demand
  • Perform high-speed recording into memory sequences and play them back on demand
  • Perform real-time recording into image file series and AVI files of unlimited size
  • Adjust compression settings and time-lapse interval for video capture
  • Use our proprietary loseless codec for a 16-bit compressed AVI recording
  • Play back AVI files and memory sequences at adjustable speed, step and direction
  • Utilize our integrated web-streamer to send live video to remote mobile devices

Image Processing

  • Apply real-time running average and integration to video frames
  • Implement built-in background (dark and flat field) correction
  • Automatically identify hot pixels and eliminate them from incoming images
  • Perform real-time histogram and statistical analysis over a selected color component
  • Built-in LUT (lookup table), software brightness, contrast and WB control
  • User-defined pre- and post-processing of video frames
  • Real-time lens distortion correction (barrel and pincushion)
  • Integrated barcode decoder (UPC-A, UPC-E, EAN-8, Code 128, Code 39, Interleaved 2/5, QR Code, DataMatrix)

Add-ons

  • Configure your cameras and USB 3.0 layer settings by running UcamConfig tool
  • Evaluate the performance and functionality of your cameras with UcamViewer application
  • Reduce the CPU load and latency by utilizing an included C3 tool
  • Interface to third party imaging applications through the included TWAIN driver
  • DirectShow Video Capture (WDM) interface to third-party video-recording applications

New!

  • Cross-platform U3VAPI library compatible with Linux x86 and ARM systems.
  • Integrated web streamer/transcoder for RTSP transmission to remote devices
  • Built-in U3V to H.264 video transcoder
  • Ability to record images in the DPX format
  • Real-time lens distortion correction (barrel and pincushion
  • Substantial performance increase due to multi-core and SSE code optimization

Ability to run multiple copies of ActiveUSB in one application guarantees independent adjustment and seamless parallel acquisition from multiple USB3 Vision cameras in both the design and run-time modes, under various 32- and 64-bit Windows platforms.


ActiveUSB setup includes extensive documentation and numerous source code samples in various programming environments demonstrating live video capture, image processing and analysis, storing acquired images in different formats, full control over camera settings, and many more.


Excellent performance, industry-proven robustness, broad functionality, flexible licensing options and diligent technical support make ActiveUSB one of the best camera SDKs in its class.

Purpose

This section describes Universal Serial Bus (USB) support in the Windows operating system, so that you can develop USB device drivers that are interoperable with Windows.

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USB devices are peripherals, such as mouse devices and keyboards, that are connected to a computer through a single port. A USB client driver is the software installed on the computer that communicates with the hardware to make the device function. If the device belongs to a device class supported by Microsoft, Windows loads one of the Microsoft-provided USB drivers (in-box class drivers) for the device. Otherwise, a custom client driver must be provided by the hardware manufacturer or a third party vendor. The user installs the client driver for the device when the device is first detected by Windows. After successful installation, Windows loads the client driver every time the device is attached and unloads the driver when the device is detached from the host computer.

You can develop a custom client driver for a USB device by using the Windows Driver Frameworks (WDF) or the Windows Driver Model (WDM). Instead of communicating with the hardware directly, most client drivers send their requests to the Microsoft-provided USB driver stack that makes hardware abstraction layer (HAL) function calls to send the client driver's request to the hardware. The topics in this section describe the typical requests that a client driver can send and the device driver interfaces (DDIs) that the client driver must call to create those requests.

Developer audience

A client driver for a USB device is a WDF or WDM driver that communicates with the device through DDIs exposed by the USB driver stack. This section is intended for use by C/C++ programmers who are familiar with WDM. Before you use this section, you should understand basic driver development. For more information, see Getting Started with Windows Drivers. For WDF drivers, the client driver can use Kernel-Mode Driver Framework (KMDF) or User-Mode Driver Framework (UMDF) interfaces designed specifically to work with USB targets. For more information about the USB-specific interfaces, see WDF USB Reference and UMDF USB I/O Target Interfaces.

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The Windows Driver Kit (WDK) contains resources that are required for driver development, such as headers, libraries, tools, and samples.

USB programming reference

Gives specifications for I/O requests, support routines, structures, and interfaces used by USB client drivers. Those routines and related data structures are defined in the WDK headers.

Universal Serial Bus (USB) programming reference.

USB driver samples

Use these samples to get started with USB client driver programming.

Related standards and specifications

You can download official USB specifications from the Universal Serial Bus Documents website. This website contains links to the Universal Serial Bus Revision 3.0 Specification and the Universal Serial Bus Revision 2.0 specification.