Clocking and Multirate Design
Generate HDL code for multirate models with single or multiple clocks and clock control elements, such as clock resets and timing controllers.
Topics
- Generate a Global Oversampling Clock
Generate a global oversampling clock to integrate your DUT into a larger design.
- Code Generation from Multirate Models
Overview of HDL code generation for single-clock, single-tasking multirate models.
- Multirate Model Requirements for HDL Code Generation
Guidelines for setting up multirate models and blocks for HDL code generation.
- Timing Controller for Multirate Models
Learn about timing controllers and clock enables in a multirate model.
- Generate Reset for Timing Controller
How to generate reset for timing controller.
- Using Triggered Subsystems for HDL Code Generation
How to use Triggered Subsystems, Trigger As Clock property, and generate HDL code.
- Use Triggered Subsystem for Asynchronous Clock Domain
Design a model for an asynchronous clock domains using triggered subsystems.
- Generate Clock Enable Signals
Generation of clock enable signals in your DUT for single rate and multirate models.
Featured Examples
Using Multiple Clocks in HDL Coder
Instantiate multiple top-level synchronous clock input ports in HDL Coder™.
Generate IP Core from Multirate Model
Learn various example designs that use multiple sample rates with IP Core Generation workflow.
HDL Code Generation for a System with Multiple Independent Clock Domains
You can generate HDL code for a system with multiple independent clock domains using HDL Coder™ by:
