High Layer Count PCB

Not every product needs a 12-layer board with buried vias and impedance control. Sometimes the smartest design is the simplest one. A Single Sided PCB places all traces on one layer. No vias. No...

A double-sided PCB adds routing options that a single-sided board cannot match. Traces can cross over each other by using vias to route through the other side. Boyastar builds Double Sided PCBs...

A 4 Layer PCB is often the first step up from double-sided boards. It adds two internal layers—typically used as power and ground planes. This simple change dramatically improves performance....

Six layers sit at an interesting point. Two layers more than a basic 4-layer board. Two layers less than a high-end 10-layer stack. For many designs, six layers are exactly what the project needs....

Eight layers are often the threshold. Below eight layers, boards are considered standard. At eight and above, they enter high-end territory. Boyastar builds 8 Layer PCBs for applications that need...

At some point, a 4-layer or 6-layer board cannot fit all the routing. The design becomes a rat's nest of vias and cross-references. This is when engineers turn to a 10 Layer PCB. Boyastar...

Twelve layers mean serious complexity. Products like core routers, medical imaging systems, and high-performance computing use this level. Boyastar builds 12 Layer PCBs for customers who need...

Fourteen layers push the limits of conventional PCB fabrication. Only a few manufacturers can reliably produce them. Boyastar is one of them. We build 14 Layer PCBs for the most demanding...

Eighteen layers represent the highest layer count we manufacture. These boards serve the most demanding applications—supercomputers, advanced medical imaging, and aerospace electronics. Boyastar...