Front-End Modules

PRODUCTS AND SERVICES

GNSS Filter/LNA Front End Module: ANGP-F001

GNSS Filter/LNA Front End Module: ANGP-F001

The ANGP-F001 combines a low-noise amplifier (LNA) with a GNSS FBAR pre-LNA filter. This module features a very low noise figure, a CMOS compatible shutdown pin (SD), advanced GaAs E-pHEMT and FBAR technology, exceptional Cell/DCS/PCS/WLAN-Band rejection, and more.

<B>Front-End Modules</b>

Front-End Modules

Designed with cost and space savings in mind, Skyworks Intera™ Front-End Modules combine the company's industry-leading power amplifier (PA), low noise amplifiers (LNA) and switch functions into single low-cost, laminate-based multi-chip modules (MCM).
WLAN 802.11n 1 x 2 SIMO Front-End Module -  SKY65240-11

WLAN 802.11n 1 x 2 SIMO Front-End Module - SKY65240-11

The SKY65240-11n FEM combines one complete dual-band transmit chain and two complete dual-band receive chains in one compact RF front end module optimized for 1 x 2 SIMO (Single In - Multiple Out) operation, in compliance with the 802.11n draft standard. The SKY65240-11 includes one 5 GHz PA and one 2 GHz PA, each with integrated input filtering for 3–4 GHz rejection, and two temperature- compensated, directional power detectors with 20 dB dynamic range. Also included are low loss, high rejection GaAs diplexers and switches which provide high linearity in all transmit paths and low loss in all receive paths. All RF ports are matched to 50 Ohm.
Wi-Fi Front End Modules

Wi-Fi Front End Modules

RF Micro Devices, Inc. recently expanded its Wi-Fi product portfolio to include three new front end modules (FEMs): the RF5325, RF5345 and RF5725. The highly integrated FEMs are designed to address the need for high performance and continued size reductions in mobile Wi-Fi applications, including handsets, personal navigation devices (PNDs), digital cameras and MP3 players.
RF5725 - 3.3 V, Single-Band Front-End Module

RF5725 - 3.3 V, Single-Band Front-End Module

The RF5725 is a single-chip integrated front-end module (FEM) for high performance WLAN applications in the 2.4GHz to 2.5GHz ISM band. This FEM greatly reduces the number of external components, minimizing footprint and assembly cost of the overall 802.11b/g solution. The RF5725 has an integrated b/g power amplifier, LNA, a Coupler Power detector, and TX filtering. It also is capable of switching between WLAN RX, WLAN TX, and BTH RX/TX operations. This device is manufactured using GaAs HBT and pHEMT processes on a 3mmx3mmx0.5mm 16-pin QFN package. This module meets or exceeds the RF front-end needs of 802.11b/g WLAN RF systems.

5 GHz High-Band WiFi Front End Module: RF5506

5 GHz High-Band WiFi Front End Module: RF5506

The RF5506 provides a complete integrated solution in a single Front-End Module (FEM) for WiFi 802.11a systems. The ultra small form factor and integrated matching minimizes the layout in the customer's application and greatly reduces the number of external components to only one bypass capacitor for supply decoupling. This simplifies the total Front End solution by reducing the bill of materials, system footprint, and manufacturability cost.
WiFi Front End Module For High-Performance Dual-Band Applications: RF5608

WiFi Front End Module For High-Performance Dual-Band Applications: RF5608

The RF5608 is a single-chip dual-band integrated front-end module (FEM) for high-performance WLAN applications in the 2.5GHz and 5GHz ISM bands. The RF5608 addresses the need for aggressive size reduction for a typical 802.11a/b/g RF front-end design and greatly reduces the number of components outside of the core chipset therefore minimizing the footprint and assembly cost of the overall 802.11a/b/g solution.
Front End Module: RF3482

Front End Module: RF3482

The RF3482 FEM is a single-chip integrated front end module (FEM) for high-performance WLAN applications in the 2.4GHz to 2.5GHz ISM band.
More Products and Services
Newsletter Signup
Newsletter Signup
Get the latest RF/microwave industry news, insights, and analysis delivered to your inbox.
Join your peers
By clicking Sign Me Up, you agree to our Terms and that you have read our Privacy Policy.