QUALCOMM RFFE FILTERS
Qualcomm Technologies offers an extensive portfolio of RF front-end (RFFE) micro-acoustic filter products. This includes embedded and discrete high performance duplexers, diplexers, extractors. These products benefit from leading acoustic filter technologies such as Qualcomm® ultraSAW, Qualcomm® ultraBAW, and TC-SAW. They are designed to address 5G/4G, Wi-Fi, GNSS and other RF design challenges while improving RF performance. At the same time, they facilitate manufacturers’ developments of energy-efficient multiband and multimode devices in slim form factors and attractive designs.
Our high-performance RFFE solutions and components are designed with state-of-the-art packaging technologies and advanced materials, enabling products with a small form factor, and complying automotive reliability standards at the same time. The portfolio includes discrete filter products as well as higher integrated components that facilitate efficient use of PCB space, extensive feature set and a competitive time to market. Our products support applications for 5G/4G with global band coverage, Wi-Fi for various standards, Bluetooth, GNSS for standard and high precision positioning, digital radio (especially SDARS), RKE, TPMS and more.
Our high-performance RFFE filter solutions and components are designed for 5G and 4G multimode modem-RF systems in mobile, WiFi, Computers and IoT applications. Our comprehensive RFFE filter portfolio is built upon leading acoustic filter technologies including Qualcomm® ultraSAW, Qualcomm® ultraBAW, SAW and TC-SAW. Our leading packaging technologies and materials enable low-loss and ultra-low-loss performance in small form factors. This results in a better user experience ̶ data speeds, coverage, responsiveness, sleeker devices ̶ while lowering device power consumption.
Our high-performance RFFE filter solutions and components include a comprehensive portfolio of application tailored Qualcomm® ultraSAW, Qualcomm® ultraBAW, SAW and TC-SAW filters, duplexers solutions for infrastructure, industrial and IoT applications.