What layer counts do you support?

From 4 to 48 layers, including HDI structures and mixed copper weights.

Do you provide the stack-up or should I?

Either. If you supply one we review it against your impedance targets; if not we propose one before tooling.

What are your production lead times?

Low-volume runs of 100–1,000 pieces ship in 72 hours express or 5–7 days standard.

— SOLUTIONS

Multilayer PCB Solutions

HyperPCB supplies multilayer PCB solutions from 4 to 48 layers with stack-up engineering, ±7% controlled impedance, 20:1 aspect ratio through holes and 100% AOI on every layer — from first article to repeatable production.

— SPECIFICATIONS

Capability & tolerance chart

Multilayer PCB Solutions — standard vs advanced.
Parameter	Standard	Advanced
Component Density	Low to moderate on 2-layer boards	High to very high on multilayer
Signal Speed	Below 100 MHz on simple builds	100 MHz to 10+ GHz on controlled multilayer
EMI Control	Minimal shielding on simple builds	Dedicated reference planes and built-in shielding
Routing	Simple routing	Complex routing across many layers
Cost Behaviour	Lower unit cost	Higher unit cost, lower cost per function
Layer Count	4 – 48 layers	—
Impedance Tolerance	±10%	±7% by stack-up review

Stack-up engineering included

Send a layer count and an impedance target and you get a proposed stack-up with the dielectric thicknesses, copper weights and modelled trace widths spelled out. It is easier to argue about a model than to debug a finished board.

From first article to volume

Prototypes run on the production process, then the stack-up, material lots and inspection requirements are frozen under revision control so the tenth build matches the first.

— FAQ