PCB Design
& Layout Services

Expert multilayer routing, high-speed signal integrity, and manufacturing-ready board layouts.

Whether you are routing a dense high-density interconnect (HDI) board, engineering a high-speed memory interface, or integrating low-power wireless transceivers and RF antennas. We turn complex logical schematics into robust, high-yield physical boards.

Design:

1-16 Layers

HDI/Microvia

RF/Wireless

DFM/DFA

● Production Ready

Layers

8-16

Output

Gerber

Signal Integrity

DFM Ready

Our PCB Design & Layout Capabilities

Accelerate your physical board development with an elite layout team. We manage the complete physical design transition, ensuring absolute impedance control, optimal thermal dissipation, and direct compliance with manufacturer design rules. Whether you are a Lead CAD Manager, a Hardware Director, or a Sourcing Manager, we provide the constraint-driven routing precision required to deliver a high-yield, first-pass success on the assembly line.

Multilayer Board Stackup & Routing

We plan your board geometry and component placement to maximize routing density while minimizing electromagnetic interference.

Controlled impedance planning and precise trace width calculations for target stackups.
Optimal layer count configuration to balance high-speed signals, dedicated ground return paths, and power planes.
Symmetrical component placement to manage thermal expansion and prevent board warping during reflow.
Constraint-driven routing execution following strict, pre-defined physical design rules.

High-Speed Signal & Power Integrity (SI/PI)

We protect sensitive high-frequency channels from reflection, crosstalk, and power rail fluctuations.

Length-matching and delay tuning for memory interfaces.
Impedance-controlled trace geometries for high-speed interfaces.
Power Delivery Network (PDN) simulation to analyze power rail noise and bypass capacitor placements.
Trace spacing rules to eliminate signal crosstalk on adjacent routing layers.

High-Density Interconnect (HDI) & Microvia Technology

We design miniature, space-constrained boards using advanced fabrication and HDI laser-drilled via methodologies.

Blind, buried, and stacked microvia routing layouts to open routing channels across dense layers.
Every-Layer Interconnect (ELIC) stackup engineering for ultra-compact wearables and IoT nodes.
Via-in-pad plated over (VIPPO) configurations to facilitate clean component breakouts.
Fine-pitch BGA escape routing for complex, high-pin-count microprocessors and FPGAs.

RF & Wireless PCB Layout

We implement precise physical layout techniques required for wireless circuits, minimizing losses and protecting delicate RF signals from digital board noise.

Impedance-controlled RF routing using coplanar waveguide and microstrip geometries.
Antenna matching network layout with optimized, low-loss component placement.
RF shielding design and physical partitioning to isolate high-frequency zones.
Strict keep-out area management around chip antennas and custom onboard PCB trace antennas to maximize radiation efficiency.
Continuous ground return path stitching to eliminate loop inductance and parasitic capacitance in the RF path.

Design for Manufacturability & Assembly (DFM/DFA)

We optimize every aspect of your board layout for high assembly yields and low-cost production.

Precise board edge and component-to-component clearances to accommodate pick-and-place margins.
Solder mask web and bridge verification to eliminate solder bridging on fine-pitch packages.
Panelization and fiducial placement design tailored for automated manufacturing lines.
Industry-standard fabrication packages, generating flawless Gerber X2, ODB++, and IPC-2581 outputs.

Hardware Design

From direct integrations with card networks and banks to checkout flows in the browser

Embedded Software Design