High-Performance PCBs for Industrial and Automotive Applications

At AdvancedPCB, we specialize in manufacturing high-quality automotive printed circuit boards (PCBs) tailored for the industrial and automotive sectors. Our solutions include rigid, flex, and rigid-flex automotive PCBs designed for high-tech and efficient applications.

Why Choose AdvancedPCB for Your PCB Manufacturing Needs?

Engineered for Extreme Conditions

• Utilization of high-performance materials (high Tg, metal core, high-reliability flex) to ensure stability across diverse temperature ranges

• Extensive testing for vibration, shock, and thermal cycling in compliance with industry standards

• Moisture and corrosion protection through advanced conformal coatings and selective finishes 

Lifecycle Management & Durability

• Long-lasting products with availability exceeding 10 years, tailored for the extended maintenance cycles of industrial and automotive applications

• Comprehensive revision control, traceability, and documentation to meet regulatory and safety standards

• Support for rigorous qualification processes (PPAP, reliability testing, environmental stress screening)

Precision Engineering & Cutting-Edge Technology

• Advanced multi-layer rigid boards, HDI technology (microvias, buried/blind vias), and sophisticated routing techniques

• Flex and rigid-flex designs to minimize connector needs and enhance reliability in dynamic applications

• Heavy copper solutions, power and ground plane stacking, impedance control, and blind/buried via stitching

• Precision manufacturing with tight tolerances: fine lines, thin cores, and small pad geometry

Rapid Turnaround & Flexibility

• Fast prototyping and quick-turn automotive PCB assembly for efficient design validation and development

• Smooth transition from prototypes to low and medium volume automotive PCB manufacturing

• Strategic partnerships with offshore manufacturers, complemented by US oversight for cost-efficient scaling

Collaborative Engineering Support

• Proactive involvement in design for manufacturability (DFM) and signal integrity assessments

• Joint engineering efforts with clients to optimize stack-ups, manage thermal issues, and refine layouts

• Dedicated support for applications in automotive electronics, industrial control systems, power electronics, and sensor modules