Senior RFIC / Mixed-Signal Design Engineer (Transceiver SoC)
Location
Mumbai, Maharashtra
Job Type
Full-time
Category
Engineers
Posted
May 28, 2026
About the Group:
The wireless infrastructure product group focuses on the development of integrated transceiver SoCs targeted for wireless base station markets covering 3G/4G/4.5G/AAS technologies. Products based on low-IF, zero-IF and RF sampling architectures are developed by this team. These products comprise high performance RF front-end (wide-band VGA, Synthesizers, mixers, PPA, etc.), analog base-band, high speed converters (DAC, pipelined/Sigma-Delta ADCs), high speed digital front-end, signal processing algorithms, embedded micro-controllers, high speed interfaces, etc. These integrated transceivers support very high bandwidths, requiring high speed GHz data-path processing, and are developed in advanced sub-micron technology nodes, like 28 nm. Power consumption is a critical care about and needs to be addressed through differentiated architectures and designs. We are looking for passionate, creative and self-driven engineers who would challenge traditional techniques ...
The wireless infrastructure product group focuses on the development of integrated transceiver SoCs targeted for wireless base station markets covering 3G/4G/4.5G/AAS technologies. Products based on low-IF, zero-IF and RF sampling architectures are developed by this team. These products comprise high performance RF front-end (wide-band VGA, Synthesizers, mixers, PPA, etc.), analog base-band, high speed converters (DAC, pipelined/Sigma-Delta ADCs), high speed digital front-end, signal processing algorithms, embedded micro-controllers, high speed interfaces, etc. These integrated transceivers support very high bandwidths, requiring high speed GHz data-path processing, and are developed in advanced sub-micron technology nodes, like 28 nm. Power consumption is a critical care about and needs to be addressed through differentiated architectures and designs. We are looking for passionate, creative and self-driven engineers who would challenge traditional techniques ...