Learn MYHDL with Real Code Examples

Learn Python programming basics

Understand digital logic and sequential circuits

Practice MyHDL signals and decorators

Simulate simple modules and testbenches

Advance to conversion to HDL and FPGA prototyping

Week 1: Simple combinational logic modeling

Week 2: Sequential circuits and FSMs

Week 3: Testbench creation and simulation

Week 4: Conversion to VHDL/Verilog

Week 5: FPGA prototyping and co-simulation

What is MyHDL and why use Python for hardware design?

How do you define combinational vs sequential logic in MyHDL?

Explain how MyHDL converts Python code to VHDL or Verilog.

How do you create testbenches in MyHDL?

What are limitations of MyHDL compared to native HDL?

Signal(intbv(0)[8:]) - Define an 8-bit signal

@always_comb - Combinational process decorator

@always_seq(clock.posedge, reset=reset) - Sequential process

Simulation(trace=True) - Run a simulation with waveform tracing

toVerilog(module, args) / toVHDL(module, args) - Convert to HDL

MyHDL: Python-Based Hardware Design

Designing Digital Hardware with MyHDL

Python for FPGA and ASIC Prototyping

Testbenches and Verification with MyHDL

Advanced Hardware Design Using Python

MyHDL Basics: Signals and Processes

Combinational and Sequential Logic

Testbenches and Simulation

Conversion to VHDL and Verilog

FPGA Prototyping with MyHDL

http://www.myhdl.org/

https://docs.myhdl.org/en/stable/

https://github.com/MyHDL/MyHDL

https://www.myhdl.org/community/

MyHDL GitHub

StackOverflow MyHDL tag

Mailing lists and forums

University course examples

Blogs and YouTube tutorials

MyHDL mailing list

StackOverflow MyHDL tag

GitHub repositories with MyHDL examples

University and educational course material

Technical blogs and YouTube tutorials on MyHDL