We create PCB layouts that balance performance, cost, and manufacturability. Our designs incorporate DFM/DFT principles and work closely with manufacturing partners to ensure smooth production.
What's included
Stack-up planning, layout constraints and critical-net routing
DFM/DFT feedback loop with manufacturing partners
Gerber release, fabrication notes and vendor coordination
Signal integrity and power integrity optimization
Thermal management and component placement
Design for test (DFT) and assembly (DFA) considerations
Our process
01
Stack-up & Constraints
We define PCB stack-up, layer allocation, and routing constraints based on signal requirements and cost targets.
02
Layout & Routing
We place components and route critical signals with attention to signal integrity, power distribution, and thermal management.
03
DFM Review
We review the design with manufacturing partners to optimize for assembly, test, and cost.
04
Release & Coordination
We deliver Gerber files, fabrication notes, assembly drawings, and coordinate with vendors for production.
Key benefits
- Manufacturing-ready PCB designs
- Optimized for cost and assembly efficiency
- Signal integrity and reliability built-in
- Smooth production ramp-up
- Comprehensive documentation and vendor coordination
Common use cases
- Multi-layer PCB layouts
- High-speed digital designs
- Mixed-signal boards
- Power electronics PCBs
- RF and wireless modules