新型RF 前端

Qorvo QPF4507 5GHz Wi-Fi® 7 High Power Nonlinear Front End Module (FEM) is a highly-integrated FEM designed for Wi-Fi 7 (802.11be) systems. The compact design and built-in matching networks reduce layout complexity and minimize board space, making the FEM ideal for next-generation wireless systems. Engineered for efficiency, the Qorvo QPF4507 delivers superior PA performance across a supply voltage range that reduces power consumption while supporting digital pre-distortion (DPD) for maximum linear output power and industry-leading throughput. This performance is maintained over an exceptionally wide bandwidth, enabling operation across all UNII-1 to UNII 1-3 channels (5.1GHz to 5.9GHz). A multi-mode receive path ensures high data rates and reliable connectivity over extended distances.
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Qorvo QPF4507 5GHz Wi-Fi® 7 Nonlinear Front End ModuleHighly-integrated front end module designed for Wi-Fi 7 (802.11be) systems.2026/1/21 -
Analog Devices Inc. AD9084 Apollo MxFE® Quad Mixed Signal Front-EndsIdeal for applications needing wideband ADCs and DACs to handle signals with broad bandwidth.2025/7/18 -
Qorvo QM55011 IoT Front End Modules (FEMs)Low-power cellular modules with universal multi-band PA and adaptive biasing scheme for efficiency.2025/6/6 -
Qorvo QPF4702 Wi-Fi® 7 RF Front End Module (FEM)Designed for Wi-Fi® 7 (802.11be) systems and operates at 5GHz - 7GHz medium power non-linear module.2025/5/23 -
Qorvo QM45508 5GHz-7GHz Wi-Fi® 7 Front End ModulesOffer high linear output power, efficient power dissipation, and superior throughput.2025/4/24 -
Qorvo QM45655 Wi-Fi® 7前端模組 (FEM)多Wi-Fi TX模式最佳了輸出功率、線性度和功耗。2025/4/1 -
Qorvo QM42655 Wi-Fi® 7 Front End Module (FEM)integrates a multi-TX-state 2.4GHz Wi-Fi PA, a SP4T ANT switch, a bypassable LNA, & a power coupler.2025/3/11 -
Qorvo QPF4609 6GHz Wi-Fi® 7高功率前端模組專為Wi-Fi 7 (802.11be) 系統所設計的6GHz Wi-Fi 7高功率前端模組 (FEM)。2024/12/26 -
Qorvo QPF4509 5GHz Wi-Fi® 7高功率前端模組為Wi-Fi 7 (802.11be) 系統所設計的5GHz Wi-Fi® 7高功率前端模組 (FEM)。2024/12/26 -
Qorvo QPF4657 6GHz Wi-Fi® 7 High-Power Front End Modules6GHz Wi-Fi® 7 high-power Front End Module (FEM) designed for Wi-Fi 7 (802.11be) systems.2024/12/26 -
Analog Devices Inc. ADRF5532 Receiver Front EndsIntegrated RF, front-end multichip modules created for time division duplex (TDD) applications.2024/8/12 -
Qorvo QPF4202 2GHz Wi-Fi® 7前端模組前端模組提供整合式Wi-Fi 7 (802.11be) 系統解決方案。2024/6/20 -
Qorvo QPF4207 Wi-Fi® 7 Front End ModuleIdeal for Wi-Fi 7 (802.11be) systems and features a small form factor to minimize layout area.2024/6/19 -
Qorvo QPF4750 Wi-Fi 6 + 6E Medium Power Front End ModuleIdeal for Wi-Fi® 6E (802.11ax) systems, covering a wide bandwidth.2024/4/16 -
Qorvo QPF4209 2.4GHz Wi-Fi® 7非線性前端模組採用小外型和整合式匹配讓佈局高效。2024/4/1 -
NXP Semiconductors Battery Management Systems (BMS)Enhances the performance and ensures the safety of a battery pack composed of multiple cells.2024/3/4 -
Qorvo QPF4659 6GHz Wi-Fi® 7高功率前端模組專為Wi-Fi 7 (802.11be) 系統而設計,具有整合式匹配功能,可最大限度減少佈局面積。2023/12/19 -
Qorvo QPF4257 2GHz Wi-Fi® 7 High Power Front End ModuleOptimizes power consumption for a 5V supply while maximizing linear output power and throughput.2023/11/20 -
Qorvo QPF4559 Wi-Fi® 7 High-Power Front End ModuleDesigned for Wi-Fi® 7 (802.11be) systems with compact form factor and integrated matching.2023/8/25 -
Skyworks Solutions Inc. SKY55951-11 Front-End Module (FEM)Features an integrated L1 low-noise amplifier and post-filter along with an L5 LNA and post-filter.2023/8/18 -
Qorvo QM42500 2.4GHz Wi-Fi® 7 Front End ModuleDesigned for the demands of Wi-Fi® 7 (802.11be) systems.2023/8/17 -
Qorvo QM45500 5GHz to 7GHz Wi-Fi® 7 Front End ModuleDesigned for Wi-Fi® 7 (802.11be) systems and features a compact form factor.2023/8/17 -
Qorvo QPF4259 2GHz Wi-Fi® 7 High Power Front End ModuleOffers integrated matching and a compact form factor to minimize layout area in the application.2023/8/1 -
Qorvo QM42639 Wi-Fi® 7 Front End ModuleDesigned for Wi-Fi® 7 (802.11be) systems and features a compact form factor.2023/7/13 -
Qorvo QM45639 5GHz至7GHz Wi-Fi® 7前端模組專為Wi-Fi 7 (802.11be) 系統設計,外型小巧。2023/7/13 -
