Use Simulink® Real-Time™ and HDL Coder™ to implement Simulink algorithms and configure I/O functionality on Speedgoat® Simulink-Programmable I/O modules. For an example that shows the development workflow for FPGA I/O modules, see FPGA Programming and Configuration on Speedgoat Simulink-Programmable I/O Modules.
When you open the HDL Workflow Advisor in HDL Coder and run the
Simulink Real-Time FPGA I/O workflow, you
Real-Time interface subsystem. The subsystem mask controls the block parameters. Do not
edit the parameters directly. The FPGA I/O board block descriptions are for informational
Simulink-Programmable I/O modules are part of Speedgoat target computer systems. To run the
Simulink Real-Time FPGA
I/O workflow, install the Speedgoat I/O Blockset and the Speedgoat
HDL Coder Integration Packages. You can then choose the Target
platform and run the workflow to generate a Simulink
Real-Time interface subsystem. To see the documentation for the integration packages,
enter this command at the MATLAB® command
|To learn about||See links|
The integration packages and how you can install them.
Speedgoat I/O modules that are supported with the HDL Workflow Advisor.
Applications and use cases
Supported interfaces for various types of I/O connectivity and protocols as well as fundamental functionality such as PCIe read/write and DMA.
See Supported Interfaces.
Provided examples for all supported I/O modules and functionality
To work with FPGAs in the Simulink Real-Time environment, install:
HDL Coder and Simulink Real-Time.
Xilinx® design tools with specific tool and version listed in HDL Language Support and Supported Third-Party Tools and Hardware. You must also set up the path to the tool
by using the
Speedgoat I/O Blockset and the Speedgoat HDL Coder Integration Packages.
Speedgoat FPGA I/O module in the Speedgoat target machine.
You can use the workflow in HDL Coder to generate HDL code for your FPGA target device.