DSP Algorithm Developer

About our team :

We design and develop differentiated integrated transceiver Systems-on-Chip (SoCs) addressing diverse wireline and wireless communication and / or sensing technologies for multiple applications. Our high performance Wireless transceiver products have been widely deployed by customers in 3G / 4G / 5G wireless base stations and aerospace & defense communication / radar systems. Our Wireline products have been deployed in cutting-edge data centre, AI, BigData and supercomputer applications demanding increasingly high throughputs. We have productized multiple generations of SoCs based on low-IF, zero-IF and RF sampling architectures. These products comprise high performance RF front-end, analog base-band, high speed converters, high speed digital front-ends, sophisticated hardware-software partitioned digital signal processing and signal conditioning algorithms, embedded micro-controllers and high speed interfaces.

We continually push the boundaries on communication and sensing technologies by developing high performance / bandwidth integrated transceivers for communications infrastructure, aerospace and defense, high speed wireline communication and Ultra Wideband (UWB) ranging / sensing systems. These integrated transceivers support very high bandwidths, requiring high speed GHz data-path processing, and are developed in advanced sub-micron technology nodes, like 28nm / 16nm. Power consumption, performance and complexity are critical care-abouts that need to be addressed through differentiated algorithms, architectures and designs. We are looking for passionate, creative and self-driven engineers who would challenge traditional techniques and come up with innovative solutions to make a difference.

Position : In this role, you will get to :

• Design and develop signal processing and / or AI / ML algorithms for Wireless & Wireline communication and / or sensing systems, covering : (i) Spec definition & documentation, (ii) Module / algorithm design & Hardware-Firmware partitioning, (iii) System modeling & analysis, (iv) Firmware architecture & coding, (v) Performance analysis & optimization, (vi) Floating point & fixed point design & optimization and (viii) Test / validation & debug on silicon.
• Contribute to the design and development of advanced analog + digital (mixed signal) SoCs and products, all the way from concept to volume production.

What do we expect from you?