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PCB layout for boards that have to pass.
Certification, EMC, thermal, manufacturability — the constraints are defined first, then routed. Everything is designed in Altium Designer and delivered as a complete release package.
01
HDI & high-density
IPC-2226IPC-2221B
Dense boards where every via counts. Microvia structures, BGA escape routing and impedance-controlled stack-ups are planned together with your fabricator’s capabilities.
- Microvias — stacked, staggered, via-in-pad
- Fine-pitch BGA fan-out
- Controlled impedance, differential pairs, length matching
- Stack-up definition with the fab
02
Automotive
ISO 26262-aware
Layouts built to survive vibration, temperature cycling and EMC testing — with review records that support your functional-safety process.
- EMC-conscious partitioning and grounding
- Thermal management
- Robust connector and mounting design
- Documented design reviews
03
ATEX / IECEx
IEC 60079-11
Intrinsically safe circuits, where creepage, clearance and segregation are design inputs from day one — not findings at certification.
- Creepage and clearance per IEC 60079-11
- Segregation of IS and non-IS circuits
- Spacing and track rules agreed up front
- Layout documentation for certification
04
Medical
IEC 60601-1
Isolation barriers and spacing aligned with the required means of protection, laid out so the reasoning is traceable in your documentation.
- MOOP / MOPP creepage and clearance
- Isolation barrier layout
- Patient- and operator-side partitioning
- Documentation for your risk file
05
Power electronics
IPC-2221B
Switch-mode layouts where loop area, thermal paths and EMI decide success — backed by hands-on converter design, not just routing.
- Flyback and forward converters
- Hot-loop minimisation, Kelvin sensing
- Copper sizing and thermal vias
- High-voltage spacing
06
Hardware support
Schematic → layout
When the schematic is still moving: design input on the power stage, component selection and layout-driven schematic changes.
- Schematic review before layout
- Component selection and alternatives
- Power stage design support
- Layout-driven design feedback
// What you receive
A release package your fab can build from
- Gerber X2 / ODB++
- NC drill files
- Stack-up and impedance table
- Fabrication drawing
- Assembly drawing
- BOM
- Pick-and-place data
- 3D STEP model
// What helps me quote
Send what you have — this is ideal
- Schematic — Altium project, or PDF plus netlist
- BOM — with preferred and approved alternates
- Mechanical outline — DXF or STEP, keep-outs, connector positions
- Constraints — voltages, currents, impedance, isolation or IS requirements
- Manufacturing target — fab / assembly house and expected volume
Not sure which fits your board?
Describe the project in a few lines — I’ll tell you honestly whether I’m the right engineer for it.