Overview In this research- and architecture-focused role, you explore novel concepts for high-speed SerDes systems and build models to evaluate performance. You will collaborate with architects and IC designers to translate ideas into practical transceiver architectures, addressing signals, timing and link budgets. The work emphasizes innovation, system-level modelling and methodical evaluation to push the boundaries of next-generation communication links. Verantwortungsbereiche Research and develop new concepts for high-speed serial communication systems Build system-level models to investigate, compare and optimise new architectures Develop signal processing algorithms and evaluate their impact on link performance Model communication systems using MATLAB, Python or C++ and test new ideas Collaborate with architects and IC designers to translate concepts into transceiver architectures Analyse system limitations including signal integrity, noise, power and clock recovery Define link budgets and block-level specifications based on system requirements Support analog, digital and verification teams throughout the development process Zentrale Anforderungen Strong research background in signal processing, communications, control theory or mathematical modelling Experience researching and developing new communication or signal processing techniques Strong understanding of digital algorithms and control theory Experience developing and implementing signal processing algorithms System-level modelling of digital communication systems Strong programming skills in MATLAB, Python or C++ Understanding of SerDes, clock recovery or other high-speed communication systems Knowledge of signal integrity and analog circuit behaviour Experience with SPICE or Spectre would be useful 5+ years of experience in semiconductor, telecommunications, communications research or scientific software development MATLAB Python C++ SerDes clock recovery signal integrity
SerDes IC Architect Arbeitgeber: Intellectual Capital Resources
Als Arbeitgeber bieten wir Ihnen die Möglichkeit, in einem dynamischen und innovativen Umfeld zu arbeiten, das sich auf die Entwicklung fortschrittlicher ASIC-Designs konzentriert. Unsere Unternehmenskultur fördert Zusammenarbeit und Kreativität, während wir Ihnen durch gezielte Schulungen und Entwicklungsmöglichkeiten helfen, Ihre Fähigkeiten im Bereich Physical Design weiter auszubauen. Zudem profitieren Sie von modernsten EDA-Toolchains und der Chance, an spannenden Projekten mit einem engagierten Team zu arbeiten, was Ihre berufliche Entwicklung in der Halbleiterindustrie erheblich vorantreibt.
Kontaktdaten:
Intellectual Capital Resources Recruiting-Team
