PCB Design

We design the electronics, you focus on your product

You have a strong team for software, industrial design or production. But electronics? That takes time and specific knowledge, and it has to be right the first time. As a specialized PCB design consultancy we take that whole process off your hands: from first idea to production-ready PCB, including the firmware if you want.

Professional PCB design by Jitter

Sound familiar?

  • You don't have a hardware engineer in-house, and don't want to hire one for a single project
  • Your software team is strong, but hardware keeps getting pushed back or takes too much time
  • You've had a PCB made before that never really worked reliably
  • It has to work on the bench and also get through EMC testing
  • You want to build something that can go into series production later
  • You want a reliable design, without experiments

We design PCBs for companies that need hardware but can't or don't want to design it themselves.

What we do

From idea to production

Every project is different, so every PCB design we make is custom. Sometimes you come to us with a sketch on a napkin, sometimes with a full specification document. We pick it up wherever you need us.

Concept & architecture

Together we work out what the hardware needs to do: which interfaces, which constraints, which environment. We help you decide what makes sense and what is overkill.

Schematic design

Component selection, circuit design, power architecture. We make choices that work now and will still be available and maintainable two years from now.

PCB layout

From placement to routing, with attention to EMC, thermal behavior, manufacturability and testability. This is where a design succeeds or fails.

Prototyping & validation

We build prototypes, test them and iterate where needed, including the firmware that brings the hardware to life. So you get a working system instead of a bare PCB. You can read how we do that in Board bringup: how we test that your hardware works.

Production support

When the design is ready for series production, we help with the handover to production: bills of materials, fabrication files and contact with the factory.

Every step is optional. You can have us do the whole process, or only the part you can't handle yourself.

Hardware and firmware

Many projects don't stop at the PCB. Hardware needs to be controlled, sensors read out, data processed or sent. We can take on the firmware as well, so hardware and software fit together from the start. That saves you integration problems later.

Do you have a strong firmware team of your own? Fine, then we deliver only the hardware and make sure the handover is done properly.

How we work

Pragmatic

We build what you need, even if something else would be more interesting technically. We don't over-engineer, and what we build is solid.

Direct lines

You talk to the engineers who do the work. There are no project managers in between, and you don't wait weeks for an answer.

Hardware and firmware together

When we do both, they fit together from the start. Nobody points fingers afterwards about where the problem is.

Production-focused

We design with the end result in mind. A PCB that works in the lab but can't be manufactured is not a good design.

EMC-aware

We know what it takes to pass certification. We build that into the design from the start.

What we have experience with

  • Sensor integration and signal conditioning
  • Mixed-signal designs (analog + digital)
  • Low-power and battery-powered systems
  • Industrial applications and harsh environments
  • Interfaces: USB, Ethernet, RS-485, SPI, I²C, custom
  • Designing for CE certification
  • 4G/LTE connectivity with our sensor-link building blocks

What you get

  • A PCB design that works in practice
  • Clear documentation: schematics, layout, bills of materials
  • Insight into the choices made (and why)
  • A design that can be manufactured, even in larger quantities
  • Optional: firmware and working prototypes, tested and validated

About us

Jitter B.V. has worked as a PCB design consultancy for more than ten years. Our custom PCB designs run in the field, have passed EMC and are produced in series. We know what goes wrong when you are not careful, and how to prevent it. Take the new controller for BTB Energy: a board with a 4G modem, from first sketch to working prototype in 12 weeks.

Already have a design but want it checked?

Curious what a review like that looks like? Take a look at a real design review we did.

See a review example →

Frequently asked questions about PCB design

What does a PCB design cost?
This varies per project and depends on complexity, scope, and specific requirements. For a small project, think around €5,000, while a more complex design can cost €10,000 to €20,000. Want to know for sure? After a no-obligation intake meeting, we provide a quote with the exact costs.
How long does a PCB design take?
A typical PCB design process, from concept to production-ready files, takes 4 to 8 weeks. Then it takes about 3 to 6 weeks before we have the first prototypes in hand. We then test and improve the design if needed. Simpler designs can be faster, complex projects with multiple iterations take longer. This excludes firmware and software development that may run in parallel. We provide a realistic timeline at the start of the project.
What is the difference between a PCB and a printplaat?
There is no difference. PCB is the English abbreviation for Printed Circuit Board. 'Printplaat' is the Dutch term for the same thing. The name refers to the manufacturing process, where the circuit is 'printed' as a pattern of copper traces on the board.
What's the difference between a PCB and a PCBA?
PCBA stands for Printed Circuit Board Assembly. This is a printed circuit board where all electronic components, chips, and connectors are mounted. Strictly speaking, a PCB is just the bare printed circuit board without components. These terms are often used interchangeably.
What's the difference between a PCB design agency and a manufacturer?
A PCB design agency like Jitter B.V. designs the schematic and layout of your circuit board: the engineering. A manufacturer (PCB fabrication, PCBA factory) produces the physical board based on the files we deliver. We do the thinking, the manufacturer does the production. We also guide you through the handover to manufacturing.
What do you need to start a project?
A clear picture of what your product needs to do is the most important thing. That can be a specification document, but also a sketch or a good conversation. Do you already have an existing design, schematic, or hardware reference? That helps. But it's not a requirement, we're happy to think along from the start.
Can I outsource just the PCB layout, or do I need the full service?
If you already have a schematic, we can work with that. However, we will first do a thorough review to ensure we can deliver on our guarantee of always delivering a working product. Sometimes it's actually faster if we redraw the schematic based on our own building blocks.
Can you continue with an existing design or prototype?
Yes. We also do redesigns, improvements, and extensions of existing designs. Check out our service Modernizing existing systems.
What about EMC and certification?
We design with CE certification in mind from the start: grounding, filtering, shielding, and layout choices that prevent problems later. Do we design the entire product? Then we guarantee successful certification.
Who owns the design files and IP?
All project-specific designs, development files and manufacturing files are yours, and you can continue with them on your own. For our generic building blocks (proven circuits and modules we also use in other projects) you get the right to use them in your product. We keep ownership of the hardware designs of those building blocks so we can keep developing them. You get proven technology without paying the full development cost.
Do you support production and scaling?
Yes. When the design is ready for series production, we help with the handover to the manufacturer: bills of materials, fabrication files, test procedures, and contact with the factory. We can also guide the scaling from prototype to larger volumes.
Do you also design enclosures for the PCBs you design?
Especially for industrial devices and prototypes, we design enclosures. See for example our Frogwatch Sensors. For the consumer market, it is often better to involve an industrial designer.

Ready to make your hardware idea a reality?

Get in touch