Multiboard Pcb |link| Jun 2026

A refers to an electronic assembly where a single electrical function is split across two or more connected printed circuit boards instead of one large board. These boards communicate via connectors, cables, or flex circuits.

To tackle these challenges, designers often use advanced EDA (Electronic Design Automation) suites like or Cadence OrCAD . These tools offer specialized environments for maintaining connectivity across the entire system.

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A multi-board PCB refers to a design or manufacturing approach where multiple separate PCBs are designed, laid out, or fabricated together on a single larger panel or board. This approach can be efficient for producing multiple small boards that can be easily separated later. It's commonly used in mass production to optimize the manufacturing process, reducing waste and making handling easier.

If a specific component (like a Wi-Fi module) becomes obsolete, you can replace just one small daughterboard rather than redesigning the entire system.

Before moving to a multi-board PCB design for manufacturing, designers often create prototypes. In some educational or quick-prototyping contexts, paper can be used to help plan layouts or as a base for creating simple circuits (e.g., paper circuits for educational purposes).

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Today, we are seeing a massive shift toward .

Here’s helpful content on — covering what it means, why it’s used, design considerations, and common challenges.