A curated list of tutorials, projects, and third-party tools to be used in conjunction with the open source MyHDL hardware design language.
You can add your own stuff to this! Please read the contribution guidelines to see how.
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MyHDL Reference Manual - The go-to document for the MyHDL language.
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Hello World - Shows how a demonstrator design that was originally coded in VHDL can be done in MyHDL.
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Flip-Flops and Latches - Explains basic MyHDL usage with small, widely-known circuits.
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Bitonic Sort - Presents possibilities for describing hardware structures in MyHDL, focusing on a classic sorting function.
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PygMyHDL Tutorials - A sequence of Jupyter notebooks that use PygMyHDL (MyHDL + simple wrapper) to describe, compile, download and run several digital logic circuits on the low-cost iCEstick FPGA board.
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Johnson Counter - Presents the design of a reversible, glitch-free, 4 bit Johnson counter.
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Stopwatch - Describes the design of a simple stopwatch.
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Cordic-Based Sine Computer - Presents the design of a sine and cosine computer.
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Hardware Sorters - A Jupyter notebook describing, simulating, and comparing two hardware-based circuits for sorting a list of numbers.
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Exploring Random Number Generators with MyHDL - Illustrates the advantages of using MyHDL and Python in designing and testing a random number generator (RNG).
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myhdlpeek - A Python package that lets you monitor and display signal waveforms from your MyHDL digital design in a Jupyter notebook.
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PygMyHDL - A Python package that places a thin-wrapper around MyHDL to make it a bit easier for beginners to get started.
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Ovenbird - A tool for merging the MyHDL workflow with Vivado.
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MyHDLXilinxUnisimLib - MyHldXilinxUnisimLib lets you use Xilinx Unisim components within a MyHDL project.
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