Getting started with the MATLAB Image Acquisition Toolbox using infrared cameras
Updated Date
How do I start using the MATLAB Image Acquisition Toolbox with my FLIR GenICam camera?
Are there any examples to help get me started?
To connect your FLIR camera to MATLAB, you can use the MATLAB Image Acquisition Toolbox.
Setting up the Image Acquisition Toolbox
If you choose to use the Image Acquisition Toolbox, you need hardware support for GigE cameras, which can be accessed from the MATLAB home screen under Home > Add-Ons > Get Hardware Support, and then searching for Gige and Genicam. You need these two hardware support packages:
- Image Acquisition Toolbox Support Package for GigE Vision Hardware
- Image Acquisition Toolbox Support Package for GenICam Interface
GigE Vision is for acquiring frames from the camera. GenICam is for controlling the camera. Most of our cameras follow both of these standards. Check the camera datasheets to see which standards it complies with.
To check the connected cameras, use the MATLAB command imaqhwinfo: this will give you a list of the available cameras.
Once you have activated and downloaded the two packages, you should be able to run some camera specific examples.
Examples using the Image Acquisition Toolbox
Attached below you will find example MATLAB scripts written using the Image Acquisition Toolbox. The samples are valid for any FLIR infrared cameras that are GigE Vision and GenICam compatible.
Click the links at the bottom of this answer page to download samples, including
Check out the MATLAB functions listed here and this FLIR document for more information.
Each camera can only be connected to one interface at a time. To disconnect the camera, use the command imaqreset when switching scripts.
Click here to download the article
FLIR Systems R&D cameras contribute to aerodynamic research FLIR FLIR APPLICATION STORY Aerodynamics and infrared One of the goals of aerodynamic research is to give the airfoil (wing profile) of...
Configuring computer and network adapters for Giga Ethernet best performance Configuring computer and network adapters for Giga Ethernet best performance Updated Date 20/12/2024 07.01 PM This application note is partially based on Pleora® recommendations,...
GigE Optimizing image transfer GigE Optimizing image transfer Updated Date 20/12/2024 07.01 PM What settings should I change on my NIC to improve my streaming performance? USB to Ethernet adapters and...
FLIR Cameras - Which SDK should I use for my camera application? FLIR Cameras - Which SDK should I use for my camera application? Updated Date 03/01/2025 04.54 PM I...
Getting started with the MATLAB Image Acquisition Toolbox using infrared cameras Getting started with the MATLAB Image Acquisition Toolbox using infrared cameras Updated Date 20/12/2024 07.01 PM How do I start using the MATLAB Image Acquisition...
FLIR Science File SDK for MatLab - Getting started FLIR Science File SDK for MatLab - Getting started Updated Date 20/12/2024 07.01 PM How can I install the Science File SDK for MatLab? How do...
High-Resolution FLIR Camera Brings Science to the Racing Track FLIR Research Studio - Compared to Thermal Studio Updated Date 05/09/2024 03.33 PM Should I buy a Research Studio or a Thermal Studio? Which edition is right...
@ Evenings onsite filming bats I am raw html block.Click edit button to change this html Click here to download the article
How to virtually increase the number of digital outputs on a FLIR AX8 thermal camera Application A customer using an AX8 wanted to trigger on the digital output if either...
Contact vs. Non-Contact Testing As electronic circuit boards and components get smaller and more powerful, inherent heat can cause significant damage. Infrared thermography can identify hot spots, allowing for improved...
The FLIR RS8500 high-speed camera has been selected for integration into the NEOS optical tracking system from Nurjana Technologies. Thanks to the camera’s superior resolution and measurement accuracy, the Italian...
Research Studio 3.0 LAUNCHED April 2023 FLIR Research Studio is designed to work the way you do, providing robust recording and analysis capabilities with an intuitive user interface for a...
On the right track: UK rail operator trials ‘Intelligent Train’ prototype to transform transport network Rail operator Northern is trialing a new state-of-the-art train to help radically improve infrastructure issues...
Thermal imaging at Mach 1.4 - improving aircraft performance at the Aircraft Research Association Aircraft Research Association (ARA) is a UK-based aerodynamics research institute working on innovative projects for the...
Helping QinetiQ develop next-gen military camouflage and stealth technology QinetiQ is a British multinational defence technology company and a world-leading provider of unmanned air, land and surface targets for live-fire...
High Speed Thermography Combines Dynamic Spatial 3D and Thermal Data Researchers at the Fraunhofer IOF in Jena have developed a camera system for the three-dimensional detection of objects with two...
Saving Beehives With FLIR Thermal Cameras Beekeepers are increasingly turning to thermal imaging to help them care for their bees, especially during winter. Master beekeeper Rusty Burlew, who writes and...
What is a Non-Uniformity Correction (NUC)? If you’re wondering why your thermal image sometimes freezes and the camera makes a clicking noise, there’s no need to be alarmed, it’s performing...
High-Resolution FLIR Camera Brings Science to the Racing Track Engine pre-heating systems are becoming an ever more valuable asset and even a competitive advantage on today's car racing tracks. Many...
Validating Thermal Protection Before a Space-Shot Launch Neil Tewksbury and his team at the University of Southern California Rocket Propulsion Lab want to blast a rocket into space. As part...