Frame Grabber

Control center of the vision system

Frame grabbers are one of the key components for robust, high-speed image acquisition and signal control. At the core of the image acquisition boards are FPGA processors that ensure extensive image data processing in real time.

To the frame grabbers

Reduced CPU load
Thanks to efficient image preprocessing, which creates lower data volume
Bandwidths up to 50 Gbps
For joint processing of high data rates and high resolutions
Real-time image processing
Thanks to image and trigger processing with deterministic latencies
Customizable
Individually programmable with our frame grabber services

Our frame grabber series

We offer three frame grabber series - imaFlex, imaWorx, and microEnable 5 marathon - tailored to meet your individual vision system requirements. They differ in their range of integrated features and their interfaces.

New

imaFlex

imaFlex CXP-12 Quad is a powerful, individually programmable CoaXPress 2.0 frame grabber for high-end vision applications.

Graphical FPGA programming via VisualApplets for application-specific real-time processing of image data
Services for individual customization of the frame grabber
With four CXP-12 channels
Up to 50 Gbps bandwidth
Multi-frame grabber and multi-camera support

To the imaFlex CXP-12 Quad

imaWorx

imaWorx CXP-12 Quad is a CoaXPress 2.0 frame grabber for high-speed image acquisition in demanding machine vision applications.

With four CXP-12 channels
Up to 50 Gbps bandwidth
Power over CoaXPress
Multi-frame grabber and multi-camera support

To the imaWorx CXP-12 Quad

microEnable 5 marathon

The marathon frame grabbers are powerful image acquisition and pre-processing cards with Camera Link or CXP-6 interfaces for a wide range of applications.

Graphical FPGA programming via VisualApplets for application-specific real-time processing of image data
Services for individual customization of the frame grabber
With four CXP-6 or two Camera Link channels
Up to 25 Gbps bandwidth
Special deep learning frame grabber with high computing power available

To the microEnable 5 marathon models

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Image preprocessing on the frame grabber

Image preprocessing on the frame grabber is a key intermediate step in the image processing procedure, which begins with image acquisition using the camera and results in an output to the host PC. To support the FPGA programming required for this, we offer the VisualApplets graphical development environment as well as comprehensive programming services.

Image preprocessing and image processing systems

Image preprocessing streamlines image processing systems

Image preprocessing on the frame grabber's FPGA optimizes the image data in real time for the respective application. The optimized image data is transferred securely and without loss of individual images for subsequent image processing. This improves the performance of the application, simplifies further processing, and reduces the CPU load on the host PC.

More about image preprocessing on frame grabbers

FPGA programming with VisualApplets

VisualApplets allows frame grabber FPGAs to be programmed using an intuitive graphical user interface without hardware programming.

A fast and cost-effective path to the image processing solution with precisely synchronized components
Integrated operator library for basic image processing tasks
Image-based simulation of the image processing pipeline for a quick and easy path from idea to solution

Discover VisualApplets

Frame grabber services and FPGA programming

Services for customized frame grabbers

We can provide you with various service packages ranging from support to the development of a project-specific vision system:

Consulting and support for specific project tasks/applications
Programming our frame grabbers to meet the requirements of your application
Testing for error-free interaction of all Vision hardware from the concept phase onwards

With us as your partner, you benefit from our many years of expertise in the field of image preprocessing with frame grabbers.

More about frame grabber services

More information about frame grabbers

Learn more about our products and applications. Our comprehensive materials provide you with all the important details.

Removing lens geometric distortion through advanced image processing
Cost-effective solutions to correct lens distortion fast with in-camera or frame grabber pre-processing.
- Measuring
- AOI, error detection, and quality control
Image-based Autofocus Solution with Algorithms on Frame Grabber FPGA
Image-based autofocus solution with preloaded algorithms on frame grabber FPGA. Reduces CPU load and saves development time for system integrators.
- AOI, error detection, and quality control
- Reading & Scanning
Foil inspection with line scan cameras and frame grabbers
Full-coverage inspection of band material, such as foils, with very high resolution and scanning rate for flawless quality.
- Camera technology
- Classification
Improved image quality for tumor surgeries
Quest Medical Imaging BV's system uses a programmable frame grabber to provide very high live image quality to display cancerous and healthy tissue during open and minimally invasive tumor procedures.
- Medical & Life Sciences
- Vision Systems & Components
- Fluorescence
Basler ace cameras and frame grabbers improve AOI system
Inspection of electronic circuit boards: Basler ace cameras and frame grabbers improve AOI system thanks to high image quality and speed.
- AOI, error detection, and quality control
Image Pre-processing: Strengthens and Streamlines Image Processing Systems
Image pre-processing on frame grabbers is a key intermediate step to image processing, allowing image data to be transferred in an optimized way without the loss of single frames.
- Vision Systems & Components
Photometric Stereo with Basler ace and Frame Grabbers
Basler's ace and frame grabbers enable photometric stereo at high data rates suitable for the production environment.
- AOI, error detection, and quality control
Frame grabber-based deep learning with FPGAs | Basler
Implement frame grabber-based deep learning with FPGAs. They quickly process large volumes of data.
- Deep Learning

How can we support you?

We will be happy to advise you on product selection and find the right solution for your application.

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