in DSP algorithm development, system architecture & ASIC design for optical communication systems.
No job hoppers
; stable career history required.
No employment breaks
accepted.
Strong expertise in coherent optical transmission, DSP algorithms, ECC, modulation, SerDes, ADC/DAC, and mixed-signal design.
Advanced degree (Master's/PhD) in EE, CE, or related field.
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Role Overview
Lead the system architecture of next-generation DSP solutions for high-speed optical communication (800G/1.6T+). Drive architectural definition, algorithmic innovation, and cross-functional collaboration across hardware, firmware, photonics, and RF teams.
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Key Responsibilities
Define end-to-end architecture for high-speed optical DSP chips.
Enhance algorithms for equalization, CDR, ECC, and core DSP functions.
Execute system-level modelling and simulations (MATLAB/Python/C++).
Optimize DSP performance, power, and area in partnership with ASIC and firmware teams.
Ensure seamless integration with optical front-end and photonic components.
Establish KPIs, validation methodologies, and performance benchmarks.
Align architecture with market, customer, and industry trends.
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Preferred Skills
Experience with OIF standards, real-time embedded DSP, and photonic IC co-design.
* Strong leadership, communication, and cross-functional influence.
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