Get Started with Video Capture
Capture live video to simulation
SoC Blockset™ Support Package for AMD FPGA and SoC Devices supports video capture, simulation, verification, and code generation of vision algorithms for Zynq®-based hardware.
Workflow Overview
Tutorials
- Getting Started with Vision Zynq Hardware
Capture video into Simulink® from an HDMI camera connected to your FPGA board.
- Developing Vision Algorithms for Zynq-Based Hardware
Design and deploy a streaming video algorithm to the FPGA on a Zynq device.
- Getting Started with USB Camera
Capture video into Simulink from a USB camera connected to your FPGA board.
- Getting Started with MIPI Sensor
Capture video into Simulink from a MIPI sensor connected to your FPGA board.
About Zynq-Based Vision Design
- Design and Deploy Workflow
Capture video to Simulink, and design and deploy vision algorithms.
- Zynq Video Dataflow for HDMI Input
Learn about the video data path through the Zynq board when connected to an HDMI FMC card.
- Zynq Video Dataflow for MIPI Input
Learn about the video data path through the Zynq board when connected to a MIPI® CSI-2® FMC card.
- Software and Hardware Requirements
Supported products, EDA tools, and boards for video capture and deep learning designs.
