Amphenol-SAA

Chemical plating (MID) enables more complex and efficient designs on the most ideal and cost-effective molded composites. With simple and controllable processes, it can achieve a stable product yield. Chemical plating (MID) antennas are mainly used in internal antennas and pull rod antennas, which are applied in mobile phones, Bluetooth, wireless LAN, GPS, remote information processing, M2M and other wireless communication systems. It can design different product performances according to customers' diverse needs.

By adopting imported raw materials and self-developed formulations, soft ferrite ceramic slurry is formed through the ceramic slurry process. It features high permeability and low loss in the working frequency band, thereby increasing antenna coupling, signal sensing distance, and transmission efficiency. It is widely used in various electronic products of NFC/WPC. Its advantages include high consistency in magnetic permeability, ultra-thin large size, and a smooth and flat appearance. It can be customized according to customer requirements in terms of different thicknesses, sizes, and performance products.

• Possess rich experience in the POP/01005 process in flexible circuits.

• Have unique experience in single-piece and bonding processes.

• Provide customers with unique suggestions and solutions for product design cost reduction.

As a globally leading manufacturer specializing in antenna design and production, Amphenol has the largest and most comprehensive set of advanced antenna RF performance testing systems in the industry. It features more than ten industry-leading chambers (major equipment: Satimo, ETS, GTS, etc.). With high precision and good stability, it keeps corresponding to the test data of third-party certification chambers. The test data are highly regarded by customers. It can measure the passive and OTA of 2G/3G/4G/5G/Wi-Fi/BT/GPS/mmWave and so on. Amphenol also has over 20 years of service experience in consumer electronics (such as phones, pads, watches, PCs, laptops, etc.), base stations, small cells, IoT, WPC, NFC, automotive electronics and other full product design, optimization and measurement.