Qorvo has introduced a new generation of RF front end (RFFE) modules that deliver breakthrough functional integration, including a combined mid/high-band module. The new modules are part of its of RF Fusion module family. The QM77031 and QM77033 leverage Qorvo’s unique combination of core capabilities to enhance performance, reduce power consumption and shrink total solution size, while also delivering greater carrier aggregation capability and enabling smartphone manufacturers’ expanding global coverage requirements.
Compared to current implementations of integrated front end modules, Qorvo’s newest RF Fusion solution reduces the total number of RFFE placements from four to two, including a combined mid/high-band module. If implemented using discrete components, similar functionality could require as many as 80 placements. This savings is critical; as phones have grown from one to six or more antennas, and the new “full-screen user experience” takes hold, the layout for the RF core is even tighter.
These two new Qorvo modules enable a broad range of use cases, including a comprehensive list of regional carrier aggregation combinations, in a pre-validated RF subsystem, helping smartphone manufacturers reduce time to market, optimize their handset SKU portfolio and improve manufacturing yield.
Qorvo is at the forefront of Solving RF Complexity and is discussing its industry-leading portfolio of advanced RF Front End solutions and pre-5G and 5G wireless infrastructure at Mobile World Congress 2018.
Qorvo’s high-performance RF solutions simplify design, reduce product footprint, conserve power, improve system performance and accelerate the adoption of carrier aggregation. It combines systems-level expertise, broad manufacturing scale, and the industry’s most comprehensive product and technology portfolio to help leading manufacturers accelerate delivery of next-generation LTE, LTE-A, and IoT products. Qorvo's core RF solutions set the standard for next-gen connectivity, with unmatched integration and performance at the heart of the connected world. Click here to learn more.
