Articles by Qorvo Inc., Greensboro, N.C.

5G implementation is accelerating and the promise of higher data rates means more challenges. Demand for more bandwidth increases the probability of interference in mobile devices, driving the need for advanced filtering. Qorvo's BAW filters have evolved to address higher frequencies in shrinking RFFE real estate, while maintaining RF output power.

5G implementation is accelerating and the promise of higher data rates means more challenges. Demand for more bandwidth increases the probability of interference in mobile devices, driving the need for advanced filtering. Qorvo's BAW filters have evolved to address higher frequencies in shrinking RFFE real estate, while maintaining RF output power.

Wi-Fi and 5G are enablers of autonomous vehicles. The challenge lies in how these technologies work together and co-exist ¬without impacting vehicle operation and passenger safety. This paper discusses Wi-Fi and 5G, how they co-exist with selectivity filter solutions to enable vehicular communications and passenger safety.

These days, Wi-Fi designs often include filters, but why and what types serve what purpose? In this paper by Qorvo, learn why it is important to understand how the Wi-Fi use case determines the type of filter to use in order to improve the quality of data communications.

Bob Bruggeworth, president and chief executive officer of Qorvo, said, "Qorvo delivered an exceptional December quarter. In Mobile Products, 5G design wins are accelerating, and in IDP we are enjoying robust design win momentum. We're also looking forward to welcoming two industry-leading teams, Decawave and Custom MMIC, to the Qorvo family, expanding our technology portfolio and product offerings."

With the emergence of highly capable, low-cost, wirelessly controlled drones, bad actors can easily execute disruptive operations, such as airport intrusions or surveillance abuse. Read how SkySafe rapidly prototyped and deployed a cutting-edge software defined radio (SDR)-based drone defense system on USRP, delivering industry-leading capability faster and at a much lower cost to the government.

Aperture tuning is essential in enabling smartphones to operate efficiently over increasing RF frequency bands and support transitions to 5G, but implementation requires in-depth knowledge. In Qorvo’s new e-Guide, learn how to apply this method to your board design with this deep-dive look at aperture tuning.

Aperture tuning is essential in enabling smartphones to operate efficiently over increasing RF frequency bands and support transitions to 5G. Proper tuning enables antennas to operate efficiently on multiple bands and increases Tx and Rx performance. Implementing aperture tuning requires in-depth knowledge of how to apply the technology for smartphone application.