From Gerber to assembled board.
2- to 16-layer rigid, flex, and rigid-flex PCBs designed for signal integrity, manufacturability, and lifetime reliability — fabricated and assembled through trusted partners.
A working PCB is the boring outcome. Getting there reliably means thinking about return paths before traces, controlled impedance before pours, decoupling before chip placement, and DFM long before tape-out. We do the boring stuff so the board just works.
Discuss Your ProjectThe full PCB lifecycle
From the first net to the final AOI image — design, fabrication coordination, assembly, and inspection handled in a single workflow.
Multi-Layer Layout
2 to 16 layers with proper stackup design, controlled impedance routing, and dedicated reference planes for high-speed digital and RF.
SI/PI Analysis
Signal integrity simulation for DDR4/5, USB, PCIe, Ethernet, and HDMI. Power integrity analysis for sub-mΩ planes and decoupling networks.
RF & Antennas
2.4/5GHz RF stages, ground plane management, antenna keep-outs, and impedance-controlled launches with proper transitions.
Flex & Rigid-Flex
Bookbinder construction, bend-radius engineering, dynamic vs. static flex, and reliability-aware layer transitions for flex circuits.
DFM & DFA Review
Manufacturability checks against your fab's actual capabilities — annular ring, copper-to-edge, panelisation, and assembly clearances.
Assembly & QC
SMT/THT assembly through audited partners with full AOI, X-ray on BGAs, and IPC-A-610 Class 2 or Class 3 inspection.
Tools & standards
Layout in any of the major CAD tools, design to IPC standards, and fabricate through partners we've vetted on hundreds of boards.
Typical engagements
High-Speed Digital Boards
DDR4/5 routing, PCIe Gen3/4 lane work, and 10G/25G Ethernet — controlled impedance, length matching, and crosstalk budgets honoured.
Power Conversion Boards
Switching converters from 5W to 5kW with thermal-aware copper, properly placed shunts, and EMC-conscious switch-node geometries.
RF & Wireless Boards
2.4/5GHz radio sections, antenna matching networks, and ground-plane stitching engineered against an EM simulator, not a feeling.
Mixed-Signal Boards
18-24 bit ADC front-ends sharing a board with high-speed digital — split planes, isolation, and shielding engineered correctly.
Need a PCB designed or built?
Send us your schematic, your stackup, or just a sketch on a napkin. We'll review and come back with scope and timeline within 24 hours.