Learn MYHDL with Real Code Examples

FPGA/ASIC design consultancy

Digital IP core development

Hardware prototyping services

Embedded verification solutions

Teaching and training courses for MyHDL

Improved co-simulation with HDL simulators

Enhanced conversion to modern VHDL/Verilog standards

Integration with Python-based verification frameworks

Optimized simulation performance

Wider adoption in educational and prototyping environments

For extremely timing-critical hardware designs requiring cycle-level optimization

When full SystemVerilog or VHDL feature support is needed

If Python is unavailable in your workflow

For very large-scale ASIC designs without co-simulation

When third-party FPGA IP blocks must be directly integrated

MyHDL allows hardware design, simulation, and verification using Python.

Supports combinational/sequential logic, testbenches, and HDL conversion.

Bridges software and hardware development for rapid prototyping.

Widely used in FPGA, ASIC, and educational environments.

Enables Python-driven automated testing and hardware code generation.

Can MyHDL generate synthesizable HDL? -> Yes, for most Python constructs that follow hardware logic rules.

Do I need to know Python? -> Yes, Python knowledge is required.

Can MyHDL handle FPGAs? -> Yes, via conversion to HDL.

Is MyHDL faster than VHDL simulation? -> Python simulation is slower but allows rapid prototyping.

Can I use MyHDL for ASIC design? -> Yes, but co-simulation and timing verification are necessary.