pcb-optimize

You can optimize KiCad PCB layouts by running a script that analyzes trace length and parallel trace crosstalk, providing spacing guidance and routing suggestions to improve signal integrity. It scores these areas to guide layout improvements.

Balancing copper distribution on a PCB involves evaluating copper balance between faces to ensure thermal and manufacturing consistency. A layout analysis script scores this balance to guide improvements during pre-production checks.

Improving thermal via placement near power components requires analyzing the layout to identify heat dissipation opportunities. The optimization script generates recommendations for thermal via placement to improve thermal management.

You can reduce via count on your PCB layout by applying via optimization guidance from a layout analysis script. It identifies unnecessary vias and suggests reductions while maintaining signal integrity across the board design.

Yes, the PCB optimization script works with boards of varying sizes and complexities. It applies evaluation modules for trace length, copper balance, thermal vias, via count, and crosstalk during layout review and pre-production checks.

You need to run a PCB layout optimization check during layout review, pre-production checks, and production readiness evaluations. It identifies optimization opportunities across trace length, copper balance, thermal vias, via count, and crosstalk risk.