Flip-Chip Package Substrate manufacturer

In the ever-evolving world of electronics manufacturing, precision and reliability cannot be compromised. SHENZHEN QYC CO., LTD are a professional Flip Chip Package Substrate production company

With over 10,000 dedicated employees and cutting-edge equipment sourced exclusively from Japan, we pride ourselves on consistently delivering high-quality FC BGA substrates. Quality assurance is the cornerstone of our operations. Our high-precision equipment carefully sourced from Japan is the backbone of our commitment to providing best-in-class FC BGA substrate. The result is a level of quality and stability that our customers can fully trust.

Our production capabilities cover a wide range of designs, ranging from 4- to 20 layer Flip Chip Package Substrate. Whether your project requires a compact design or a multi-layer solution, our expertise and infrastructure are tailored to your needs. What sets us apart is our ability to work with exceptional precision, with a minimum line width of 9 um and a minimum pitch of 9 um.

Flip Chip Packaging Substrate

Our production turnaround time is excellent, typically 1 to 2 months. Despite the speed at which we produce, quality is always our primary focus. We firmly believe that quality cannot be compromised, even under tight schedules. Each project undergoes strict quality control and testing procedures to ensure that every Package Substrate produced has exceptional performance and reliability. This rapid delivery is harmoniously combined with an unwavering commitment to adhering to the highest quality standards, ensuring your project runs smoothly and seamlessly.

In the process of manufacturing Package Substrate, material selection is crucial. We offer a wide variety of packaging substrate materials, most of which come from Asia, including Japan, South Korea, Taiwan and China. We deeply understand that every project is unique, so we will be flexible in selecting and using the most suitable materials based on the needs of our customers to ensure that the Package Substrate produced perfectly meets the specific requirements of the project.

Our goal is to provide excellent solutions, promote the continuous development of the electronics industry, and create greater value for customers. We look forward to working with you to achieve project success.

FC-BGA (Flip Chip Ball Grid Array) is a semiconductor packaging technology that plays an important role in high-density semiconductor packaging, allowing high-speed chips to have more functions. This technology is critical to many industries such as servers, artificial intelligence, networking, communications, military and aviation. Product types:IC Substrates. FC-BGA substrates. SHDBU substrates. FC-CSP Substrates. CPCORE Substrates. Module Substates. MSD substrates, FR substrates, SEN substrates , MIC substrates and others.By using FC-BGA, we are able to achieve higher integration and performance.

In high-density packaging, multi-layer substrates are essential, such as the high multi-layer substrates we manufacture with 10 to 20 layers. These substrates are suitable for small pitch and small line width requirements, and we adopt Msap or Sap technology to meet the current requirements of semiconductor micro-manufacturing. These high multilayer substrates provide a solid foundation for high-performance chips, ensuring their reliability and stability in a variety of applications.

In addition to high-density substrate manufacturing, we provide comprehensive support from substrate design to production and packaging. This means we can provide our customers with a one-stop solution to meet their specific needs. Not only that, we are also able to use high-frequency materials to adapt to areas requiring high-frequency performance such as communication products, ensuring the stability and reliability of products in high-frequency environments.

Our technologies and products cover multiple key areas and support various industries to meet the high density, high performance and high reliability requirements of modern electronic equipment.