Circuit Board Design

Over 1,000 Printed Circuit Boards (PCB's) Designed & Delivered

Problem Solvers At Heart

Solving Your Toughest PCB Challenges

Meeting Tight Deadlines

Balancing speed with quality and adherence to strict schedules while maintaining circuit board cost-effectiveness.

Managing Complexity

Handling intricate designs with multiple high-speed signals, mixed-signal components, and tight tolerances, especially when integrating FPGAs.

Ensuring Signal Integrity

Maintaining signal quality and minimizing noise and interference, is crucial for high-speed electronic systems.

Controlling Costs

Optimizing designs for manufacturability and minimizing circuit board cost throughout the production process.

Your One-Stop PCB Shop

How We Can Help

Re:Build AppliedLogix is a leading provider of circuit board design services, offering a comprehensive range of solutions to address your most demanding engineering challenges. Our team of experienced engineers and designers possesses deep expertise in developing high-performance circuit boards for a wide range of applications.

SOC-Based Custom Board-Level Solutions

We design circuit boards optimized for performance and integration, specifically around System-on-Chip (SoC) devices.

FPGA Design & Development

We specialize in high-speed serial interfaces (10 GHz+ SERDES channels) for optimal FPGA integration.

Signal Integrity Analysis

Leveraging our expertise in signal integrity, we safeguard signal quality by identifying and addressing potential issues like cross-talk and impedance mismatches to help you achieve a reliable, first-time-right design.

EMC Optimization

Our competence in electronic circuit design ensures compliance with electromagnetic compatibility (EMC) standards, enabling reliable operation in diverse environments.

Power Integrity

By carefully designing ultra-low inductance power distribution networks (PDNs), we optimize power delivery to your electronic components, ensuring stable operation and maximizing performance.

Printed Circuit Board (PCB) Layout

Our team excels in PCB prototyping and PCB design needs, including rigid-flex, flex, high-speed, and high-layer count designs. We also support Critical Design Reviews (CDRs) to ensure smooth transitions to PCB or Circuit Card Assembly (CCA) layout.

"Please pass along my thanks and appreciation for pulling this one out of the fire. This is going to be big – you can’t believe the response. Product is dead-on for first generation. "
-Program Manager, Wireless Biometrics Monitoring Product Manufacturer
"The new layout for the AVDD power planes is excellent! Great job maximizing the clearance to critical input nodes… very well thought out and executed… You should be proud of this work!”
– Ultrasound Expert, Research University
“AppliedLogix has earned special recognition. The driving force being the architecture specification, details design, PCB layout, and prototype design validation of this high-performance image path subsystem.”
- Engineering Manager, Digital Production Press Manufacturer
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Minimized Risk, Maximized Success

Standardized Design Tools

Our team of electrical engineers and PCB designers leverage the power of the Altium ecosystem for all schematic capture and PCB layout needs. By standardizing on this leading electronic design automation (EDA) platform, we enhance design efficiency, minimize errors, and ultimately deliver projects on time and on budget. This streamlined approach benefits our clients by reducing the risk of design flaws and ensuring a smoother, more predictable development process.

Smarter PCB's, Fewer Headaches

Advanced Design Considerations

No one enjoys repeated trips to the EMC chamber. Our experienced PCB designers have a proven track record of helping customers avoid them, so you can stay focused on the critical aspects of product development. We prioritize Design for Manufacturability (DFM) to ensure your prototypes and final boards are produced efficiently and cost-effectively. By integrating Design for Testability (DFT) and Design for Assembly (DFA), we streamline testing, reduce costs, minimize production time, and maximize yield.

Key DFM Considerations
  • Minimize the number of components
  • Use standard, readily available components
  • Ensure adequate clearances for assembly and testing
  • Optimize component placement for automated assembly
Key DFT Considerations
  • Incorporate built-in test points and access points
  • Design for in-circuit testing (ICT) and functional testing
  • Utilize boundary scan techniques for efficient testing
Key DFA Considerations
  • Optimize component placement for efficient assembly lines
  • Design for easy access for soldering and other assembly processes
  • Minimize the risk of component damage during assembly

Have a project in mind?

Fill out the form below and someone from the Re:Build AppliedLogix team will be in touch with you shortly.