SOLDER / Service
PCB Layout and Routing Service
Layout support for teams that have a schematic but need routing, stackup decisions, DFM cleanup, and a production-ready fabrication package.
- Board types
- 2-10 layer boards
- Focus
- Routing, DFM, SI/PI, constraints
- Output
- Fab and assembly package
Layout deliverables
We route the board around electrical, mechanical, and manufacturing constraints, then package the files for fabrication and assembly.
- Component placement and routing
- Stackup and design-rule setup
- Power, ground, and high-speed routing review
- Manufacturing outputs and assembly files
What makes layout hard
The challenge is rarely drawing traces. It is balancing mechanical fit, power integrity, thermal behavior, return paths, connector constraints, and assembly tolerances.
Inputs we need
Layout work is most effective when the electrical and mechanical constraints are visible before placement starts. If the schematic is not fully ready, we can review it first and resolve layout-blocking issues before routing.
- Schematic or netlist plus critical datasheets
- Board outline, mounting holes, enclosure limits, and connector constraints
- High-current, high-speed, RF, isolation, thermal, and impedance requirements
- Preferred manufacturer, stackup assumptions, and assembly constraints
Layout review before release
Before output files are generated, we review placement, routing, copper pours, return paths, clearances, silkscreen, fiducials, test access, and manufacturer rules. The final package should be ready for fabrication and understandable to the team that will bring it up.
When layout-only work is a fit
Layout-only work is a fit when the schematic architecture is already stable and the team needs a board routed around dense mechanical, manufacturing, power, RF, or signal-integrity constraints. If the schematic still has unknowns, a short review before layout usually saves time.
A few useful details
Questions,
answered.
Can Solder route a board from my existing schematic?
Yes. We can take an existing schematic and handle placement, routing, stackup decisions, DFM cleanup, and manufacturing outputs. If we find schematic issues that affect layout, we flag them before routing too far.
Do you support dense or multi-layer PCBs?
Yes. Solder supports dense multi-layer layouts where stackup, routing constraints, mechanical placement, and manufacturer rules need to be considered together.
What files come out of a layout engagement?
Typical outputs include PCB layout files, Gerbers, drill files, pick-and-place data, assembly drawings or notes, DFM notes, and any constraints needed for fabrication or future revisions.