Top 9 Best Perfboard Layout Software of 2026

PerfBoard is designed around the perfboard layout editor workflow, so routing follows the hole-grid and copper strip constraints rather than generic vector drawing. Component placement includes axial and radial lead footprints, and orientation plus pin numbering stay tied to the placement so assembly instructions match the layout. The solder-side view supports track interruption and solder-side wire-link routing, which reduces ambiguity when rerouting around component bodies.

A tradeoff is that PerfBoard focuses on perfboard-style routing rather than full schematic-to-board synthesis, so netlist import and design rule checking depend on whatever layout inputs are available in the project workflow. It fits best when a hardware team starts from a known mechanical grid and pinout, then iterates routing and assembly templates for rapid builds.

Tembrica Perfboard Simulator is built around a perfboard layout editor workflow that keeps component placement aligned to a hole-grid and supports copper strip routing with track interruptions. It includes board outline handling and mounting hole placement so mechanical boundaries and drill patterns can be reviewed in the same working context. A library-driven placement flow helps standardize axial and radial component footprints without requiring manual pin-by-pin reconstruction.

A practical tradeoff is that it focuses on perfboard and stripboard layout patterns rather than full schematic-driven design rule checking. It fits situations where an electronics prototyping team needs an assembly view for solder-side review and wants consistent annotations before exporting drill files and templates for fabrication.

Stripboard Editor is built around a stripboard layout data model, so hole placement, track breaks, and wire-link routing stay consistent as the board evolves. The interface supports both component-side and solder-side work views, which helps when verifying pin numbering and where connections land on the grid. It also provides board outline and mounting-hole placement so the layout can move toward fabrication without manual redraws.

A key tradeoff is limited compatibility with schematic-to-board roundtrips, since the workflow centers on direct board editing rather than importing a full netlist context. It fits best for one-off or short-iteration through-hole builds where the team wants to redraw routing quickly, then generate drill outputs and a printable assembly reference for wiring.

KiCad is a schematic-to-PCB design suite that can also serve as a perfboard layout editor workflow through custom footprints and board drawings. Its core strength for perfboard use is the strong rules and export pipeline around a board file, including drill and fabrication outputs for through-hole hardware.

KiCad’s data model ties footprints, pads, and nets together, which makes schematic-to-board transfers and net consistency checks practical for perfboard-style layouts. The tradeoff versus dedicated perfboard editors is that pad-to-hole mapping and strip-cut style routing are not the primary interaction model, so wire-link and copper-strip workflows take more manual setup.

EasyEDA converts perfboard and through-hole layouts into publish-ready outputs by combining a board canvas with a component and footprint library workflow. The editor includes hole-grid alignment tools, solder-side and component-side views, and Gerber export for fabrication workflows that include drill patterns.

It also supports a schematic-to-board transfer flow for net-aware placement and routing guidance. For perfboard-style routing, it emphasizes copper track placement and interruption handling so trace breaks and jumper alternatives stay explicit.

DIY Layout Creator is a perfboard layout editor focused on through-hole wiring patterns and drill planning rather than schematic capture. The workflow centers on placing parts on a hole grid, assigning pin numbers, and routing connections with an explicit solder-side view and component-side view.

It generates manufacturing-oriented outputs like drilling and printable assembly templates from the same layout data. The distinction is a perfboard-first design loop that keeps copper-strip and jumper wire intent visible while editing.

Fritzing is a visual electronics editor that turns breadboard and schematic-style views into a shared board layout workflow. It supports a through-hole component library with pin and footprint mapping, plus a solder-side and component-side view for verification.

Its layout focuses on hand placement with hole-grid alignment and copper strip routing for perfboard and stripboard-style builds. Fritzing also handles wire-link routing and exports fabrication artifacts like drill files and component placements, with limited EDA-grade design-rule checking compared with professional CAD tools.

VeeCAD provides a grid-based perfboard layout editor workflow aimed at through-hole prototyping and solder-side planning.

The routing layer supports strip-style copper paths where track interruption and pad bridging scenarios occur during prototyping.

Manufacturing handoff relies on drill exports and printable assembly templates that map more directly to perforated boards than generic PCB-first editors.

LochMaster is a perfboard layout editor focused on hole-grid placement, routing, and documentation from a solder-side drawing. It supports pad and wire-link style copper routing with explicit track interruption control and a stripboard-style layout workflow for through-hole footprints.

Board outputs target assembly reuse with drill pattern data and printable templates for practical fabrication and stuffing. The tool’s core strength is producing consistent board-side drawings without requiring a full schematic-to-board pipeline.