Infineon's RF solutions achieve high RF system performance

     The number of connected devices is growing at an alarming rate, and customers continue to expect better user experience in product design and functions. Infineon's reliable RF portfolio is customer oriented. Continuously deepen the understanding of the system and provide the best RF technology products for reliable wireless connection. Infineon improves the user experience by supporting devices to achieve higher data rates, better signal quality and longer battery life. Its RF solutions are applicable to smart phones, laptops, tablets, wearable devices, drones, access points and various smart appliances.

     Infineon's LNA series can improve the data rate and reception quality of wireless applications. These ICs improve receiver sensitivity and deliver a superior user experience. Infineon's LNA MMIC is highly integrated into the smallest package, with ESD protection and low power consumption performance, and is very suitable for battery powered mobile devices. The innovative SiGe technology provides lower noise than silicon alternatives and has performance comparable to the more expensive GaAs equivalents.

     The advantages of LNA MMIC greatly improve the system sensitivity. Even under the worst reception conditions in dense cities, underground and indoor areas, customers of 4G/5G, GPS, mobile TV, Wi Fi and FM portable devices will enjoy high data rate reception, fast and accurate navigation and smooth and high-quality streaming media.

     In order to support RF engineers, Infineon uses its years of RF expertise and technology development to continuously expand its small ready to use antenna tuner product portfolio and improve product efficiency. The antenna tuner can achieve the highest data rate, excellent signal quality and longer battery life in smart connected devices. The Infineon antenna tuner is most suitable for new radio (NR) applications below 7.2 GHz and supports 4G and 5G smartphones, laptops, wearables, VR headphones, smart homes and other cellular applications.