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In the 2.4GHz to 2.5GHz ISM band, the WLAN Front End Module (FEM) is a single-chip integrated FEM for high-performance WiFi applications.
For typical 802.11b/g/n front end designs, it addresses the demand for aggressive size reduction and significantly lowers the amount of components outside of the core chipset.
The various components needed to construct an RF front end are integrated into WLAN (Wi-Fi) front-end modules.
A switch, one or more low-noise amplifiers, and one or more power amplifiers with input/output impedance matching are frequently present.
The Global WLAN Front-End Module (FEM) market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
The various components needed to construct an RF front end are integrated into Microsemi’s WLAN (Wi-Fi) front-end modules.
Microsemi’s most recent generation of midpowered FEMs, which have highly integrated monolithic RFIC designs and are tuned for long-packet EVM performance and high efficiency, are perfect for client-based access points, gateways, and 4K media streaming platforms.
The industry’s first dual-band solution, the 5-GHz/2-GHz FEM from Microsemi integrates all PA, LNA, switch, band-edge filter, diplexer, harmonic and out-of-band rejection, and impedance matching functions into a single monolithic chip.
The 3.3-volt supply, 4mm by 3mm compact size, and low current consumption make these components perfect for OTT media platforms and smart televisions.