DMC, Inc.
Printed Circuit Board Design

Printed Circuit Board Design

Expert printed circuit board design for reliable, production-ready hardware

Building a high‑quality electronic product starts with clear circuit design and a dependable printed circuit board. DMC provides professional circuit board design services that take you from early circuit drawings to fully engineered, manufacturable hardware. Our team develops custom PCB solutions with a focus on performance, signal integrity, and long‑term reliability.

Whether you need a new PCB circuit board design, support refining a complex layout, or guidance preparing for fabrication, we deliver practical engineering expertise that moves your project forward. You gain a more efficient development process, fewer redesign cycles, and hardware built to perform in real‑world conditions.

Advance your next hardware project with DMC’s engineering team. Contact us to get started.


embedded firmware development

Comprehensive end-to-end circuit board design support

DMC delivers accurate, reliable circuit boards with support across the entire PCB lifecycle. We help you move quickly from concept to prototype and into production.

  • Requirements capture and architecture
  • Schematics and component selection
  • Circuit board layout, routing, and analysis
  • High-speed, mixed-signal, and RF considerations
  • DFM and DFA reviews
  • Prototype bring-up and validation
  • Firmware development and board-level testing

You get a team that understands both the hardware and the systems it connects to, enabling faster development, fewer surprises, and a smoother path to production.

Build reliable, production-ready boards that reduce risk and speed development

DMC focuses on delivering circuit board designs that transition smoothly into manufacturing. Our engineering practices reduce surprises, lower costs, and move your project forward with confidence.

  • Reduced rework thanks to upfront design reviews and simulation
  • Shorter development cycles with coordinated electrical, firmware, and test teams
  • Lower production costs through optimized component selection and layout
  • Higher reliability using proven design practices and industry standards

DMC delivers designs that move smoothly from concept to prototype to full-scale production.

embedded motor pcb
embedded design

Extend your team with expertise to keep your hardware projects moving

Companies often engage DMC to supplement their hardware team or accelerate schedules. We can support your engineers, own a full board design, or take on specific phases of development. You benefit from:

  • A scalable team you can rely on at any stage
  • Fast onboarding with minimal ramp‑up
  • Transparent communication and collaborative workflows
  • Engineers who anticipate risks in layout, signal integrity, component supply, and manufacturability

DMC helps you keep hardware development on track with reliable engineering support that integrates smoothly into your process.

Technology Partners

Arduino logo
Pickering
Analog Devices
Nuvotron Technology

We’re Local

With 15 locations coast to coast, there’s a local DMC team local to you and just a message away!

DMC map of office locations
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Chicago

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Austin

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Boston

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Cincinnati

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Dallas

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Denver

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Detroit

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Houston

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New York

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Raleigh

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San Diego

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Seattle

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St. Louis

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Tampa, FL

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Washington, D.C.

FAQs

What CAD tool are you using for PCB Design?

At DMC, we have standardized on Altium Designer as our primary printed circuit board design platform. In addition to our Altium expertise, our team also has hands-on experience with other popular design tools, including KiCAD and Eagle. If your existing project was developed in a different CAD package, we can convert your design to Altium.


How does simulation aid in circuit design?

Simulation helps identify potential issues and optimize designs before physical implementation. It allows for testing component values, circuit performance, and system behavior under various conditions, leading to reduced prototyping costs and time.


What are the main steps in the printed circuit board design process?

The main steps typically include schematic design, component placement, routing (connecting the components with traces), and generating files used for PCB fabrication.


What is the difference between single-sided and double-sided PCBs?

Single-sided PCBs have components on one side of the board, making them simpler and cheaper to manufacture. But on double-sided PCBs, components are placed on both sides, allowing for more complex designs and higher component density.