Principal System Architect RF SoC - TeraWave
Core
Architect and model optimized RF transceivers, digital multi-beam beamforming phased array systems, and custom silicon algorithms for a 6 Tbps satellite communications network.
Role type
Principal System Architect RF SoC
Builds
Optically interconnected LEO/MEO satellite constellation for enterprise-grade global connectivity
Domain
Aerospace / Satellite Communications / RFIC / ASIC
Deliverable
production ML models | product features
Required skills
RF systems design, MAC/PHY/DSP, FPGA/ASIC implementation, Matlab/System C/C++, Digital beamforming, Impairment compensation, System calibration
Preferred skills
Full ASIC lifecycle, Software-Defined Radio, ADC/DAC/DSPs, Mentoring
Technologies
FPGA, ASIC, Matlab, System C, C/C++, OFDM, QPSK, QAM
Responsibilities
Develop models and algorithms for Terawave Custom Silicon (packet processing, MAC, PHY), Drive lowest power consumption and highest performance, Target Hardware and Software algorithms for FPGA and ASIC implementation, Support ASIC and SW implementation thru pre-silicon verification and post silicon productization, Design advanced Digital multi-beam beamforming Phased array systems, Architect and model optimized RF transceivers for the TeraWave system, Drive block level RF and AMS specifications in collaboration with the RFIC designers, Develop and model impairments compensation and system calibration methods for the Custom Silicon and Phased Array design, Work collaboratively with ASIC, RFIC and Software implementation teams, Work with the application team to bring up prototype pre-silicon and support all post-silicon to validate your architecture performance
