PCB Design & Fabrication

PCB Design Capabilities

• High-Speed Digital & Mixed-Signal Design:

Expertly engineered for HDMI, Ethernet, PCIe, USB, Thunderbolt, and other high-speed interfaces. We ensure signal integrity through impedance control, crosstalk mitigation, and matched routing strategies.

• Power Supply & Power Integrity (PI) Design:

Sophisticated PDN (Power Delivery Network) design to ensure voltage stability, low noise, and robust decoupling. Our PI engineering supports high-performance digital systems with clean power delivery and reduced ripple.

• Advanced PCB Technologies:

Expertise across rigid, flex, rigid-flex, HDI (High Density Interconnect), blind & buried vias, multi-layer stack-ups, and high-density layouts.

• Material & Stack-up Optimization:

Strategic selection of materials such as FR-4, Rogers, Megtron, Taconic, and custom high-frequency laminates, optimized for signal and power performance.

• Design for Manufacturing & Cost (DFM/DFC):

We embed DFM, DFT, DFA, and DFC principles to minimize production costs and simplify assembly, all while maintaining optimal reliability.

Key Technical Capabilities

• Stack-up & Layer Management:

Tailored multi-layer designs with controlled impedance, split planes, and thermal considerations.

• Schematic Capture & Component Placement:

Precision-driven placement to minimize trace lengths, noise coupling, and optimize routing efficiency.

• Routing & Trace Techniques:

Advanced routing rules for equalized lengths, impedance consistent paths, and minimized via use for high-speed signal fidelity.

• SI/PI Analysis:

Integrated signal and power integrity simulation, EMI/EMC mitigation, and thermal modeling for robust designs.

• Component Support:

BGA (including fine-line and micro‑BGA), 01005 discretes, mixed-signal ICs, custom power modules, and embedded components.