plan-pcb-routing

To plan PCB routing for a KiCad board file, you can automatically analyze components for fanout needs, differential pairs, and power nets to generate a comprehensive step-by-step routing workflow. This synthesizes net classifications and routing strategies into actionable commands before you start drawing traces.

The best way to route differential pairs and plan power planes in KiCad is to use an automated routing plan that examines your board file. It identifies diff-pair nets and ground/power requirements to deliver structured commands and rationale for plane planning and differential-pair routing.

Creating a fanout strategy for BGA and QFN parts in KiCad involves analyzing the component footprints to determine escape routing needs. A generated routing plan examines these high-pin-count components to provide specific fanout steps and GND via placements.

KiCad does not require a purely manual routing strategy for complex power and ground nets. You can automate the synthesis of net classification and power plane planning to produce a structured workflow with verification steps, reducing manual routing iteration time.

To verify PCB routing completeness after planning a KiCad board, follow the generated step-by-step workflow which includes final routing checks and verification steps. This ensures all power/ground nets, differential pairs, and fanouts are correctly implemented according to the plan.