Base: $149,500 - $221,220 py; bonus/equity: not sp...
Not specified (assumed hybrid based on industry norms).
Mixed signal circuit design experience
Deep sub-micron cmos technology knowledge
Spectre matlab hsim cad tools proficiency
Marvell is seeking a Senior Staff Analog IC Design Engineer to join their Optical PHY team, focusing on advanced broadband transceivers. The ideal candidate will have a strong background in mixed-signal circuit design and experience with tools like Spectre and MATLAB
Job Summary
Marvell's Optical PHY team develops advanced ultra high speed broadband transceivers for enterprise, cloud, and AI architectures.
The role involves implementing and verifying complex circuits such as PLLs, ADCs, regulators, and amplifiers to meet key performance targets.
Employees receive comprehensive benefits including an employee stock purchase plan, family support programs, and robust mental health resources.
Matching Summary
Match Score: 85
Marvell is seeking a Senior Staff Analog IC Design Engineer to join their Optical PHY team, focusing on advanced broadband transceivers. The ideal candidate will have a strong background in mixed-signal circuit design and experience with tools like Spectre and MATLAB.
Salary
Base: $149,500 - $221,220 per annum; Bonus/Equity: Not specified; Benefits: Employee stock purchase plan, family support, mental health resources
Skills & Requirements
Must-have
Mixed signal circuit design experience
Deep sub-micron CMOS technology knowledge
Spectre MATLAB Hsim CAD tools proficiency
Low power high speed design techniques
Prototype lab testing and evaluation skills
Nice-to-have
Innovative problem solving abilities
History of developing best practices
Collaboration with outstanding industry experts
Key Requirements
Master's degree or PhD in Electrical Engineering
5+ years of hands-on experience required
Eligible to access export-controlled information under US law
Work Rights
Must be eligible to access export-controlled information (US citizens, lawful permanent residents, or protected individuals)