HDL Code Generation
R2026bGenerate Verilog®, SystemVerilog, and VHDL® code for Application-Specific Integrated Circuit (ASIC) or Field Programmable Gate Array (FPGA) designs. Implement your Simulink® models or MATLAB® algorithms in hardware by generating HDL code and deploying that code on ASICs and FPGAs. If you want to synthesize the generated code on a target device, use the HDL Workflow Advisor. The Advisor can run end-to-end workflows that check HDL compatibility and deploy the generated code to a target device. You can also apply coding styles and make the code conform to industry coding standards.
Categories
- Code Generation from MATLAB Algorithms
Generate HDL code from MATLAB algorithms
- Code Generation from Simulink Models
Generate HDL code from Simulink models
- HDL Workflow Advisor
Deploy the generated code to a target device by using the HDL Workflow Advisor
- Coding Standards
Learn about coding standard report, lint tool scripts, and coding standard rules
- Reports
Generate traceability, optimization, and resource reports
- Synthesis and Timing Analysis
Generate synthesis scripts and retrieve synthesis results
Featured Examples
Programmatically Generate, Verify, and Synthesize HDL Code from MATLAB Code
Programmatically perform floating-point to fixed-point conversion, generate HDL code, verify the generated HDL code with an HDL test bench, and synthesize the generated HDL code by using the command-line interface.
Generate SystemVerilog Code for a Simulink Model
Generate SystemVerilog HDL code from a Simulink® model. SystemVerilog code has more advanced features over that Verilog® code, such as the use of array ports, package declarations, structure ports and more.
Generate RTL Lint Check Report Using HDL Workflow Advisor and Synopsys SpyGlass Lint Tool
Generate RTL lint check report using HDL Workflow Advisor and SpyGlass Lint tool.
Generate HDL Code and Perform Synthesis Using Cadence Genus on ASIC Devices
Generate HDL code and perform synthesis using HDL Workflow Advisor and Cadence Genus on ASIC devices.
