5G IoT PCB manufacturing with S1000-2M and ENIG+OSP

This 5G IoT PCB features excellent electrical performance and reliable mechanical strength, meeting the stringent requirements of high-speed signal transmission and high-density assembly for 5G IoT devices. Its design and manufacturing process fully consider the diverse needs of IoT terminals, offering strong compatibility and scalability.

Main Features of 5G IoT PCB Manufacturing

• Uses S1000-2M high-performance substrate, with superior heat resistance and dimensional stability, suitable for high-frequency, high-speed signal transmission.
• Hybrid pressing process enhances overall board performance, adapting to multilayer structures and complex circuit designs.
• Surface treatment combines ENIG (Electroless Nickel Immersion Gold) and OSP (Organic Solderability Preservative), improving soldering reliability and oxidation resistance, extending product lifespan.
• Supports high-density routing and small aperture processing, meeting the trends of miniaturization and integration in IoT.
• Excellent signal integrity and electromagnetic compatibility ensure stable 5G data transmission.
• Customizable size, layer count, and process parameters to flexibly accommodate various IoT devices.

Main Applications

• Mainboards and functional modules for 5G IoT terminal devices.
• Sensing and control nodes in smart home and smart city applications.
• High-reliability fields such as vehicle networking and industrial IoT.
• Various wireless communication modules and data acquisition devices.
• Other 5G IoT products requiring high-speed signal transmission and high-density integration.