Yosys
Open-source RTL synthesis framework for Verilog designs, technology mapping, netlist generation, and custom synthesis flows.
Synthesize learning projects and inspect how RTL becomes gates.
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Official repositories selected for practical RTL, verification, synthesis, physical-design, timing, and layout learning. These third-party projects are not owned by Banzs Team.
Open-source RTL synthesis framework for Verilog designs, technology mapping, netlist generation, and custom synthesis flows.
Synthesize learning projects and inspect how RTL becomes gates.
Fast open-source SystemVerilog simulator and lint system used for design checking and high-performance simulation.
Lint RTL, compile test environments, and run fast simulations.
Python-based verification framework for writing reusable testbenches that run with common HDL simulators.
Build readable drivers, monitors, scoreboards, and regression tests in Python.
Widely used open-source Verilog compiler and simulator suited to learning, small projects, and automated testing.
Compile Verilog and inspect waveforms during early RTL practice.
Front end for Yosys-based formal verification flows supporting bounded, prove, cover, and liveness tasks.
Prove assertions and explore corner cases that simulation may miss.
Unified open-source physical-design application covering major implementation stages from floorplanning through detailed routing.
Study floorplan, placement, CTS, routing, extraction, timing, and implementation reports.
Reference automation and designs for running an end-to-end RTL-to-GDSII flow with OpenROAD and related tools.
Understand stage handoffs, configuration, reproducible runs, and QoR comparisons.
Modular next-generation OpenLane flow for orchestrating open-source ASIC implementation steps.
Run a configurable educational flow and inspect artifacts produced at each stage.
Open-source static timing engine supporting industry-standard timing concepts and formats.
Read timing paths, experiment with constraints, and study setup/hold behavior.
Open-source VLSI layout system with interactive editing and design-rule checking capabilities.
Inspect layouts, understand layers, and practise physical-rule debugging.
Powerful open-source layout viewer and editor with scripting and verification support.
Explore GDS/OASIS hierarchy, measure geometry, and build layout-analysis scripts.