Ming Zheng Hong Electronics provides top-notch solutions in the realm of high speed multi-layer IC substrates and PCBs. Our products are designed using cutting-edge manufacturing techniques, mirroring the precision demands of semiconductor manufacturing. As the electronic landscape evolves, the need for high-performance substrates becomes crucial for industries ranging from telecommunications to consumer electronics.
Our multi-layer IC substrates serve as the critical interface, connecting IC chips to PCBs through conductive pathways and vias. The advantages of choosing Ming Zheng Hong Electronics include:
Our state-of-the-art manufacturing processes are designed to meet the stringent requirements of semiconductor standards, ensuring the reliability and performance of our high speed PCBs.
With the ability to support minimum line widths and spacing of 0.075mm and via diameters of 0.2mm, our products are ideal for complex circuit designs, thereby enhancing signal transmission efficiency.
We offer designs that support up to 8 layers in IC substrates, catering to the growing demand for high integration in electronics, resulting in optimized signal layout and thermal management.
Our high-performance IC substrates are versatile and are used in various sectors:
Designed to meet the demanding signal processing and transmission requirements of servers and data centers.
Perfect for smartphones and laptops, supporting delicate designs while maintaining compact internal layouts.
Enhancing reliability and performance for industrial controllers and sensors, capable of enduring challenging environments.
We are committed to supporting the development of emerging technologies such as 5G, renewable energy, and electric vehicles, delivering robust circuit support and effective heat dissipation solutions.
Choose Ming Zheng Hong Electronics as your partner for high speed multi-layer IC substrates and PCBs. Our commitment to quality, reliability, and advanced technology will help drive your projects to success, ensuring optimal performance and efficiency in an ever-evolving electronic landscape.