Guide Front-End Modules for Antenna Systems
Explore front-end modules from Qorvo for active antenna systems, delivering low noise, high gain, and efficient RF performance.
Guide Integrated RF Photonic Front-End Capable of Simultaneous
In this work, a novel integrated RF photonic front-end that enables simultaneous cascaded functionalities with enhanced RF performances is introduced, representing a significant departure from
Guide Coherent Optical Frontend
The institute develops standards for information and communication technologies and creates new applications as an industry partner.
Guide Transmit/Receive Front End modules
At MACOM we offer high power transmit and receive Front End Modules (FEM) for 5G mmW Advanced Antenna System. The fully internally matched FEM includes a multi-stage power amplifier, low noise
Guide Integrated RF Photonic Front‐End Capable of Simultaneous
In this work, we break from the conventional approach and demonstrate a programmable integrated RF photonic front-end capable of simultaneous cascaded functions.
Guide RF Front End Module Architectures for 5G
This paper presents RF front end architectures which will be part of 5G smartphones together with circuit and measurement details.
Guide Design, implementation, and RFSoC-based validation of a multi-path
This paper presents the design, implementation, and validation of a scalable multi-path radio frequency (RF) front-end engineered to extend the spectral analysis capabilities of SDR-class
Guide Joint work shows next generations of RF and optical front-end
Fully integrated RF and optical front ends could simplify the manufacturing and enable cost-effective deployment of dense wireless networks essential for smart cities, autonomous
Guide RF Front Ends: Architecture, Components, and 5G
Explore the RF front end''s role in RF systems, including key components, 5G architectures (iFEM, dFEM, SoC), and features for optimal network performance.
Guide Optical Front-End System Reference Design
This reference design describes a complete end-to-end optical front-end system and its performance. Various techniques to optimize the SNR performance of the signal chain are also discussed.