PCB design across power, control, and interfaces
The product shapes the board. The board shapes what’s next.
We start with the product’s electrical and physical needs, then consider how board architecture, power, and control choices affect firmware, enclosure, and test.
Explore hardware designHardware design areas
Design the board around system constraints.
PCB architecture
Stackup, power distribution, grounding, placement, thermal considerations, and board-to-board connections.
Fit electrical layout to packaging, power, and interface limits.
Analog + mixed signal
Sensor interfaces, signal conditioning, conversion, and analog/digital partitioning.
Plan for usable measurements in the presence of switching and digital activity.
Digital + control
MCU/SoC resources, actuator drive, timing, and fault monitoring.
Define electrical margins and the capabilities firmware will depend on.
Component strategy
Parts selected for performance, availability, lifecycle, cost, and assembly constraints.
Expose part and sourcing risks before they become design assumptions.
Across the interfaces
The PCB does not end at the board edge.
A connector location changes the enclosure. A control resource changes the firmware. Power and thermal limits affect both. Those interfaces belong in the hardware discussion early.
From open question to plan
Start with the product need. We’ll shape the work together.
Start with what you know
Tell us the product goal and where the hardware question stands. Share any architecture, packaging, or other technical details you have—we can help identify what’s missing.
Shape the problem space
Together, we clarify what the hardware must do, how it connects, and what the surrounding system requires of it.
Lay out the approach
We present the recommended scope, cost estimate, schedule, and expected delivery.
Start with the technical need
Bring the board-level question into focus.
Share the objective and the constraints you know. We can define what needs to be studied, designed, or tested next.
No completed specification is needed for an initial conversation. Tell us what is known and where the uncertainty sits.
Discuss a project