ISOLA PCB / MATERIALS & MULTILAYER DESIGN
A better PCB starts
between the layers.
Explore ISOLA materials. Plan your six-layer stack-up. Turn design constraints into a clear fabrication brief.
Independent engineering resource · Not affiliated with Isola Group
01 / MATERIAL LIBRARY
Start with your design constraints.
View material library →Multilayer foundations
Review thermal requirements, available constructions and fabrication constraints before comparing grades.
High-speed signal paths
Compare loss budgets, channel length, copper profile and dielectric measurement conditions together.
RF & demanding environments
Start with operating conditions and validate the material and process against the application.
02 / SIX-LAYER PCB
Six layers. One coordinated design.
Layer count is the starting point. Reference planes, dielectric thickness, copper distribution and fabrication tolerances determine the construction.
Route with a reference
Plan signal return paths and layer transitions before committing to plane assignments.
Balance the stack
Review mirrored dielectric constructions and copper distribution with your fabricator.
Release with clarity
Document material, thickness, impedance tolerance and allowed substitutions.
03 / ENGINEERING WORKBENCH
Test the first idea.
04 / DESIGN TO FABRICATION
A useful quote starts with useful inputs.
01 — Define
Layer count, dimensions, quantity, revision and required delivery date.
02 — Specify
Material constraints, thickness, copper, finish and impedance requirements.
03 — Review
Agree the manufacturing stack-up, tolerances and verification plan before release.
05 / YOUR NEXT DESIGN
Bring the requirements.
Build the right questions.
Use the resource library to prepare your design review, then assemble a clear inquiry package.