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  • Using Logic Blocks

    This document provides an overview of the Logic Block Control feature

  • Using Lossless Compression

    This application note describes the lossless compression feature available on select FLIR machine vision cameras.

  • Using GigE and USB 3.1 Cameras on a Virtual Machine

    This application notes describes the steps to enumerate and stream GigE and USB 3.1 cameras on a virtual machine. We tested virtual machine software Parallels on OS X and VMware on Windows 7. Both virtual machine software packages support GigE and USB 3.1 cameras.

  • Using USB3 Vision Cameras with A&B Software’s ActiveUSB

    This application note provides information on how to configure and use USB3 Vision cameras. This document helps users understand the basics of USB3 Vision, and how to use USB3 Vision cameras with third-party USB3 Vision software.

  • Using the Ladybug in a Mobile Setting

    This Technical Application Note describes the factors to consider when using a Ladybug spherical vision camera to record images in a mobile operation.

  • Using USB3 Vision Cameras with MVTec HALCON 11 in Windows

    Information on how to configure and use FLIR machine vision USB3 cameras with MVTec HALCON 11 in Windows.

  • Using USB3 Vision Cameras with MVTec HALCON in OS X

    This technical application note provides information on how to set up, configure and stream Point Grey’s USB3 cameras with MVTec HALCON using OS X. For information on using MVTec with Windows.

  • Using White Balance with Spinnaker

    This document provides a description of White Balance

  • Wiring configuration for Firefly® MV miniature IEEE-1394 connector

    The purpose of this Technical Application Note is to document the part number and pin configuration of the connector used on the Firefly MV model listed above. This will allow users to create their own custom IEEE-1394 cable for connecting to the miniature IEEE-1394 connector.

  • Achieving Maximum Frame Rate with GS3-U3

    This application note describes the configuration and settings needed to achieve the maximum potential from FLIR machine vision USB 3.1 cameras. The capabilities of FLIR machine vision USB 3.1 cameras, and in particular the GS3-U3, push the boundaries of USB 3.1 technology and thus may require extra consideration with respect to system configuration.

  • Control and Status Registers Unique to Ladybug2 and Ladybug3 cameras

    This technical application note explains three control and status registers (CSRs) that are unique to the firmware of the Ladybug2 and Ladybug3 cameras. Note that CSR 1E80h updates similar functionality found in CSR 1A20h. CSRs 1E84h and 1E88h update similar functionality also found in CSR 1A24h. We recommend updating your application to use CSRs 1E80h, 1E84h and 1E88h.

  • Diagnosing and Fixing Connectivity Errors with Ladybug

    This application note describes the how to diagnose a poor connection in a Ladybug system and provides recommendations for how to improve connectivity.