PCB Library — Tools and Footprints for PCB Designers

Description

Official license purchase channel

Download the software at Microsoft Store

PCB Library Gerber / DXF / ODB++ Converter is a desktop software tool designed for PCB designers, RF engineers, electronics developers, and manufacturing professionals who need to convert PCB fabrication data into clean, practical, CAD-ready formats.

Many PCB manufacturing files, especially PHO/Gerber outputs, may contain artwork represented as thousands of individual lines, strokes, flashes, arcs, or segmented shapes. While this format is suitable for PCB fabrication, it can be difficult to reuse directly in CAD, mechanical design, documentation, or electromagnetic/RF simulation tools.

This software is designed to solve that problem by converting Gerber and PHO data into cleaner polygon-based geometry. Instead of simply exporting disconnected line segments, the converter can rebuild copper areas, traces, pads, and filled regions into cleaner shapes that can be imported into tools such as Altium Designer, mechanical CAD software, or RF/electromagnetic simulation environments.

The software can also accept additional PCB information, such as stackup data and drill files, allowing the generation of more structured board output, including ODB++ data. This makes it especially useful when preparing PCB layout information for RF simulation, design verification, manufacturing review, documentation, and engineering analysis workflows.

For RF and high-speed PCB work, clean geometry matters. Segmented line artwork can create problems when imported into simulation or CAD tools, while properly reconstructed polygons provide a more usable representation of the actual copper features on the board. This converter is intended to help bridge the gap between manufacturing artwork and engineering-ready geometry.

Main capabilities include:

– Convert Gerber and PHO files into DXF
– Reconstruct line-based Gerber/PHO artwork into cleaner polygon geometry
– Generate cleaner copper shapes from traces, pads, pours, and filled regions
– Reduce the problem of fragmented or disconnected line segments
– Import the generated DXF into Altium Designer or other CAD/EDA tools
– Use converted geometry in RF, electromagnetic, or high-speed simulation workflows
– Enter PCB stackup information for more complete board representation
– Import drill files to include hole and via information
– Generate ODB++ output using Gerber, drill, and stackup information
– Useful for RF simulation preparation, documentation, inspection, and manufacturing review
– Designed for PCB layout engineers, RF engineers, electronics designers, and technical users

Typical use cases:

– Convert Gerber or PHO layers into DXF for CAD import
– Rebuild copper artwork as clean polygons instead of disconnected strokes
– Prepare PCB geometry for RF or electromagnetic simulation tools
– Import PCB copper shapes into Altium Designer for review or reuse
– Create cleaner documentation drawings from manufacturing files
– Review copper, pads, outlines, and drill data outside the original PCB design software
– Generate ODB++ data when only Gerber, drill, and stackup information are available
– Support workflows where the original PCB design project is not available

Why polygon reconstruction is important:

Some Gerber/PHO files are exported as line-based artwork. In these cases, a copper area or trace may appear as many separate line strokes rather than as one clean shape. When imported directly into CAD or simulation tools, this can result in broken geometry, overlapping segments, unnecessary complexity, or poor simulation preparation.

PCB Library Gerber / DXF / ODB++ Converter focuses on producing cleaner polygon-based outputs where possible. This helps create geometry that is easier to import, inspect, edit, and use in downstream tools.

License information:

This product includes a lifetime license key for the current major version of the software. The license can be activated on up to 2 computers.

After purchase, your license key will be generated automatically and sent to the email address used during checkout. You will need this license key to activate the software.

This is a digital product. No physical item will be shipped.

System requirements:

– Windows 10 or Windows 11
– Internet connection required for license activation
– Gerber/PHO input files
– Drill files and stackup information recommended for ODB++ generation

Important notes:

The software is intended to assist with PCB data conversion, engineering review, documentation, and simulation preparation. Converted output should always be reviewed before being used for manufacturing, final production, RF simulation sign-off, or engineering release.

Output quality depends on the structure and quality of the source Gerber/PHO files, drill files, and stackup information provided by the user.