“Your Precision PCB Design Partner "

"98% First-Pass PCB Yield"

Precision PCB Design for Mission-Critical Products

We partner with engineers and product teams to deliver PCB layouts that hit the mark on performance, reliability, and manufacturability—every time.

Industries We Serve

  • Automotive & EV – safety-critical controllers, infotainment

  • Aerospace & Defense – MIL-STD, DO-254 compliant boards

  • Telecom & 5G – high-speed RF front-end modules

  • Medical Devices – implantable electronics, diagnostics

  • Industrial Automation – motor drives, robotics controllers

  • IoT & Wearables – ultra-low-power, compact form factors

“Infographic of six PCB design USPs arranged in two rows of three icons: 98% First-Pass Yield, Up to 32-Layer Designs, Impedance & Length Matching, EMI/EMC Compliance, Design for Manufacturability, Fast Turnaround & On-Time Delivery.”
“Electronics engineer in a lab inspecting a multi-layer PCB with a PCB layout displayed on a monitor and schematic calculations on paper”

Key Benefits

  • 30+ Years of Expertise in multi-layer, RF, and high-speed PCB design

  • 98% First-Pass Yield—right the first time, saving you rework and cost

  • EMI/EMC & DFM Compliance to accelerate your manufacturing ramp

  • Impedance Control & Length Matching for rock-solid signal integrity

  • Up to 32-Layer Designs for advanced applications

  • Fast Turnaround & On-Time Delivery so you meet your launch dates


Our PCB Design Services

  • We specialize in footprints, schematic libraries, rigid-flex, RF, high-speed and custom PCB layouts—tailored to your exact requirements.

Precision-machined IPC-compliant footprints for error-free placement.

 

Centralized schematic & footprint libraries to speed design and ensure consistency.

Custom rigid, flex & rigid-flex PCB layouts for complex shapes and dynamic applications.

High-power PCB layouts for motor drives, power supplies, and inverters.

Electronics engineer holding a small green IoT PCB with Bluetooth and sensor modules next to a laptop displaying the PCB layout in CAD software.

IoT Hardware PCB Design

Compact, low-power PCB layouts tailored for IoT and wearable devices.

Electronics engineer testing an RF PCB with oscilloscope probe and spectrum analyzer in the background

Antenna RF Design

Our Proven PCB Design Process

1

Kickoff Call

We define your goals, specs & stack-up together.

2

Schematic & Review

We create and validate the circuit blueprint.

3

PCB Layout

Our team places parts, routes traces & runs DFM checks.

4

Prototyping

We build and bench-test your first board.

5

Delivery & Support

We hand off Gerbers and provide live review & follow-up.

Industries We Serve

We have designed PCBs for a variety of IoT devices, including smart home systems, wearable technology, and industrial IoT applications. PCB design Services.

IoT(Internet of Things)

Low-power, high-performance PCB layouts optimized for smart home, wearable, and industrial IoT applications.

We have expertise in designing high-reliability PCBs that meet the automotive industry's stringent standards for performance and reliability. PCB Design Services

Automotive Sector

Robust, high-reliability PCB designs for engine management, safety systems, and infotainment automotive standards.

We have expertise in designing high-frequency, high-speed PCBs that meet the performance requirements of modern telecommunications systems.

Telecommunications

High-frequency PCB layouts for cellular, Wi-Fi, and Bluetooth networks, ensuring signal integrity at speed.

Our experience includes designing PCBs that are compact, energy-efficient, and meet the demanding performance requirements of consumer electronics products.

Consumer Electronics

Compact, energy-efficient PCB designs for smartphones, tablets, and wearable gadgets.

We have designed PCBs for a variety of industrial automation systems, including control systems, robotics, and process automation. Our team has experience in designing PCBs that can withstand harsh environmental conditions and meet the demanding performance requirements of industrial automation systems. PCB Design Services.

Industrial Automation

Durable PCB layouts for robotics,  and factory automation that withstand harsh environments.

Our team understands the importance of reliability and safety in medical devices and PCB designs Services PCBs that meet the highest standards of quality and compliance.

Medical Devices

Safety-critical PCB designs for implantable devices, diagnostics, and medical standards compliant.

Our experience in power electronics includes designing PCBs for power supplies, motor drives, and renewable energy systems. We have expertise in designing high-power, high-efficiency PCBs that can withstand high voltages and currents.

Power Electronics

High-efficiency, high-power PCB solutions for power supplies, motor drives, renewable energy inverters.

Our team has experience in designing high-frequency, high-speed PCBs that meet the performance requirements of wireless communication systems. in PCB Design Services.

Wireless Communication

Precision PCB layouts for RFID, GPS, and satellite links, optimized for reliable high-frequency performance.

Our team has PCB Design Services experience in designing PCBs that meet the rigorous standards of the aerospace industry, including MIL-STD and DO-254 compliance.

Aerospace and Defense

MIL-STD & DO-254 compliant PCB designs for avionics, navigation, and defense communications.

Why choose PCB Must as your PCB Designers

🔧

First-Pass Yield

We hit ≥98% the first time—no do-overs.

⏱️

Fast Turnaround

Meet every product launch date, guaranteed.

🛡️

DFM & IPC-Compliant

Designs ready for smooth, error-free manufacturing.

🎧

24×7 Live Support

Real-time help from expert PCB engineers.

🗂️

Up to 32-Layer Designs

Advanced multi-layer, HDI & blind/buried vias.

🌊

Impedance Matching

Rock-solid signal integrity for high-speed PCBs.

  1. 30+ Years PCB Expertise across aerospace, medical, IoT & more
  2. Zero-Error Footprints with IPC-610 & DFM best practices
  3. Guaranteed On-Time Delivery via real-time project tracking
  4. Custom Footprint Creation & Library Management
  5. EMI/EMC Compliance built into every design
  6. 24×7 Remote Review and live Q&A with our engineers

Clients Reviews

PCB Must are responsive, communicates quickly, and is easy to work with. Thanks to its team's involvement and customer-oriented state of mind. Would recommend them any day.
Zimbabwe people
Akamunera Sikatala M.
Zimbabwe
Rating 5/5
5/5
High-skilled resource in PCB Design. I had a lot of trouble finding a professional for PCB design but PCB Must be a big exception to this. If you need a serious PCB design, hire him.
Dominic B
Canada
Rating 5/5
5/5
PCB Must is definitively one of our best partners in terms of productivity and customer satisfaction. Excellent job of adjusting production, and schedule changes depending on components lead time. Thank You
Paul Walker
Australia
Rating 5/5
5/5
It has been an enjoyable and trouble-free experience working with PCB Must on my project. We have now progressed the design to prototyping and testing, however, I don't anticipate any issues. Many Thanks.
Adam F. Australia Client Testimonial
Adam F.
Australia
Rating 4.7/5
4.7/5
PCB Must lived up to its name project delivered on time and budget and to a high standard, quality, and competitive price. The Communication was always goal-oriented and very quick I would recommend them for your project.
New Zealand male people
Tony L.
New Zealand
Rating 5/5
5/5
We consider our cooperation with PCB Must successful. They have proven themselves to be a valuable partner. Their commitment and proactiveness is a key to our collaboration and we do not hesitate to recommend PCB Must.
Angelatos M. male people
Angelatos M.
Colombia
Rating 4.6/5
4.6/5
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
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PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients
PCB Must Innovations - Our Clients

Frequently Asked Questions

1. What end-to-end product development services do you provide?
Beyond PCB layout, we handle full‐stack product development: electronics schematics, enclosure CAD, embedded firmware, mechanical prototyping, certification support (CE/FCC/UL), and turnkey Manufacturing Transfer Packages.
2. How do you support clients in the US, UK, Australia, Canada, etc.?
Our global team works in your time zone, offers native-English project management, and manages logistics—from virtual kickoff to final device shipments—ensuring seamless coordination.
3. What’s your typical development process?
We follow a 5-phase workflow: Requirements & Architecture → Schematics & Simulation → PCB & Mechanical Layout → Prototype & Validation → Production Release & Support, each with milestone reviews and live demos.
4. How do you protect our intellectual property and data?
We sign NDA & IP-assignment agreements, store your files on encrypted servers, and grant you full IP ownership. Secure remote-access workflows ensure complete confidentiality.
5. Which technologies and certifications do you handle?
Expertise: ARM Cortex, FPGA, Bluetooth/Wi-Fi, LTE/5G, medical-grade components, automotive-qualified parts. Certifications: UL/IEC safety, IPC-610 workmanship, EMI/EMC compliance.
6. What pricing models and engagement options are available?
Choose Fixed-Bid phases, Time-&-Materials retainers, or Hybrid models. We match contracts to startups (MVP) or enterprises (full turnkey), all with transparent SOWs and status reports.
7. How does PCB Must ensure quality and consistency?
Every design uses IPC-610 workmanship checks, automated DFM/DRC verification, and BOM cross-checks. We deliver a final “Quality Report” with versioned schematics & Gerbers.
8. Which CAD and simulation tools do you use?
We work in Altium Designer, Cadence Allegro, Mentor Xpedition, KiCad, and HyperLynx for SI/PI. Mechanical enclosures leverage SolidWorks & Fusion 360 for MCAD integration.
9. Can you handle design revisions mid-project?
Yes—minor tune-ups are included in every phase. For larger scope changes, we issue a Change Order with transparent rates and maintain a full revision history.
10. How do I get started?
Click the button below (or email care@pcbmust.com) with your project outline. We’ll set up a free 30-minute scoping call to define requirements and next steps.

Our Recent Case Studies

Engineer testing IoT PCB battery and antenna

IoT Sensor Battery & Antenna Optimization

We extended an IoT sensor’s battery life from 2 days to 1 year using low-power PCB design best practices, and boosted antenna gain by 30% through RF tuning—minimizing maintenance and widening coverage.

2d → 1yr
Battery Life
+30%
Antenna Gain
Read Full Case Study
EV motor controller PCB layout on bench

EV Motor Controller PCB Redesign

We revamped a 12-layer power electronics PCB for an electric-vehicle motor controller, achieving a 40% smaller footprint and 25% better thermal performance by optimizing layer stack-up and copper pours.

40%
Size Reduction
+25%
Thermal Efficiency
Read Full Case Study
Engineer examining medical imaging sensor PCB

Medical Imaging Sensor PCB Tuning

For a medical-imaging device, we optimized the sensor-conditioning PCB, boosting signal-to-noise ratio by 30% and reducing noise floor by 15% through precision component placement and grounding strategies.

+30%
SNR Improvement
–15%
Noise Reduction
Read Full Case Study

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