multilayer circuit board

High-Frequency PCBs for 5G, Radar, Satellite & High-Speed Digital Circuits: Our High-Frequency Printed Circuit Board (PCB) is precision-manufactured for demanding applications in RF, microwave, 5G communication, radar systems, satellite technology, and high-speed digital circuits. Designed to minimize signal loss, maintain impedance integrity, and ensure stable performance at GHz-level frequencies, this PCB is ideal for engineers and manufacturers in advanced electronic

FR4 Green Soldermask HASL Material SMT Multilayer PCB Board This high-density green PCB, typically made of FR-4 material, can be customized for automotive applications. It features precision surface finishes like lead-free HASL or OSP, and can be upgraded to high-Tg grades for enhanced thermal stability. To meet automotive standards, it requires compliance with IATF 16949, advanced soldering processes like nitrogen reflow, and rigorous testing to ensure reliability in harsh

FR4-Based Medical PCBs: Meeting Healthcare Industry Standards: Xingqiang Circuit Board Technology Co., Ltd. provides high-precision custom rigid PCBs designed for medical equipment. These multilayer or HDI boards feature ENIG surface finish, high-TG materials, and strict quality control. Manufactured strictly according to your Gerber files and specifications, our PCBs support ISO compliance for medical applications. They deliver stable performance, high reliability, and long

What can we do for you?: We provide professional custom HDI PCB manufacturing for mobile and smart device manufacturers. Our 6–10 layer boards use high-Tg FR4 substrate and ENIG surface treatment for enhanced reliability and performance. With strict AOI, electrical testing, and quality control, we ensure consistent production. Compliant with international certifications, we offer DFM analysis, rapid prototyping, and mass production to meet your project requirements. Technical

Why Choose Xingqiang PCB for Your Custom Circuit Boards?: Xingqiang PCB excels in manufacturing high-density 4-layer main control boards. With mature ENIG (gold-plated) surface treatment, we ensure flat, reliable solder pads for BGA chips and fine-pitch components, perfect for smart devices with motor drives, Type-C, and audio modules. Our strict impedance control, DFM optimization, and full inspection guarantee signal integrity and production stability. We support fast

How are multi-layer circuit boards made? Multilayer printed circuit boards (PCBs) are one of the most prevalent circuit board types in contemporary electronic devices. They are constructed by stacking multiple single-sided or double-sided circuit substrates, with insulating dielectric materials sandwiched between each layer to form an integrated unit. Each tier features distinct circuit traces, and these layers are electrically interconnected via conductive vias and

Searching for Custom PCB Services to Match Your Project Needs: Your vision, our precision. At Xingqiang, we don’t just manufacture PCBs—we co-create them. Whether you need a unique round form factor, specialized signal routing for 4G communication, or specific material choices, our fully customizable process adapts to your project. From small-batch prototypes to mass production, we deliver tailored solutions that align with your technical and business goals. Basical Features:

What is a multilayer printed circuit board?: A Multilayer PCB is a sophisticated circuit board integrating three or more conductive copper layers, separated by insulating core substrates and prepreg sheets, then laminated into a single rigid structure via high-temperature and high-pressure processes. Its layered design enables intricate 3D signal routing through precision vias, minimizing electromagnetic interference and crosstalk. Basic Characteristics: Characteristic

4 Layer ENIG Surface Finishing Electronic Board Custom PCB for Connector Camera Module 8-Layer Double-Sided Gold-Plated PCB for Compact Electronics This 8-panel double-sided printed circuit board (PCB) features gold-plated pads, fine-pitch FPC connectors, and precision routing for compact electronic modules. Ideal for IoT, sensor, or embedded system prototyping, it offers reliable solderability, consistent signal integrity, and mass-production-ready panelization. Manufactured