Qualcomm signs RF front-end design wins with leading OEMs
Qualcomm Technologies claims to be the first technology provider to produce the hardware and software needed to deliver a comprehensive modem-to-antenna system to OEMs, which includes new QPM26xx series gallium arsenide (GaAs)-based power amplifier modules including duplexers (PAMiDs), envelope tracker, antenna tuners, antenna switches and discrete and integrated filter modules.
“Only Qualcomm Technologies is delivering robust end-to-end RFFE and modem solutions tailored for each tier of devices to address the increasingly complex RF demands of current networks in Gigabit LTE and beyond. This is proven out by our extremely strong design pipeline for RF front-end,” said Cristiano Amon, president, Qualcomm Incorporated.
RF front-end is critical to the mobile experiences end-users expect from their devices and for enhancing future advancements across the mobile industry. Complementing its leading modem technology for next generation mobile devices, the Qualcomm Technologies RF front-end portfolio delivers industry-leading mobile systems that support groundbreaking technologies, such as Gigabit LTE, 4×4 MIMO and LTE Advanced, and is crucial to the evolution and commercialization of 5G technologies in 2019.
Qualcomm Technologies’ strong RF front-end design pipeline represents the culmination of recent steps in its business strategy to develop and commercialize comprehensive mobile solutions from the digital modem to the antenna. Following the February 2017 completion of the RF360 Holdings Singapore PTE. Ltd., joint venture between Qualcomm Incorporated and TDK Corporation, Qualcomm Technologies introduced a suite of comprehensive RF front-end products that added new and significant capabilities to its portfolio. These included its first gallium arsenide (GaAs) power amplifier modules, the next-generation Qualcomm® TruSignal™ antenna tuning system, premium-tier PAMiD modules, comprehensive 600 MHz band (B71) support with a low-band PAMiD module, TC- surface acoustic wave (SAW) diversity receives filter and duplexer, the extension of extending B71 capability to its GaAs MMPA products and a B71-optimized aperture tuner.
See also: RF front end portfolio to cover modem-to-antenna for 600 MHz bands
See also: 26-GHz SMT module addresses European 5G ‘Pioneer Band’
See also: Smartphone fingerprint sensors market faces market disruption
See also: Spectroscopic ‘science camera’ system for smartphones the future for mobile health
If you enjoyed this article, you will like the following ones: don't miss them by subscribing to :
