About this Role

Join a cutting-edge team at the forefront of silicon photonics and high-speed transceiver design! As a member of the analog team, you’ll collaborate with our architects and engineers to develop innovative high-speed analog transceiver solutions for next-generation optical and wireline communication systems.

* We are currently hiring for multiple levels for this role. Your level and compensation will be determined by your experience, education, and location.

Responsibilities

• Support micro-architecture development with chip architects by conducting feasibility studies
• Collaborate with members of our design engineering teams (system, digital, analog, photonics) to define electrical requirements
• Design analog/mixed-signal blocks with a focus on transceivers and broadband circuits interfacing with silicon photonics elements
• Document design simulations and verifications towards formal design reviews
• Drive block-level floorplan, mask design views, and their reviews
• Run post-layout and mixed-signal top-level simulations to validate integration
• Define production and bench-level test plans
• Validate performance of the circuits in the lab

Qualifications

• MS with 6+ years of industry experience, OR Ph.D. with 3+ years of industry experience
• Experience designing in either GHz-speed RF or GHz-speed broadband analog design
• Experience with Tx/Rx equalization techniques and circuits
• Familiarity with SERDES architectures and implementations
• Solid understanding of CMOS device characteristics, noise, linearity, high-frequency circuit theory and design trade-offs
• Experience with Cadence Design Environment
• Ability to work collaboratively with people across multiple functional areas

Preferred Qualifications

• Experience designing Analog-Front-End blocks for transceiver circuits such as trans-impedance amplifiers (TIA) and Tx Driver
• Knowledge of 3D Electro-Magnetic (EM) simulation tools is a plus
• Experience with testing and validating high-speed analog/mixed-signal circuits
• Experience interfacing with silicon photonic modulators (MZM, Ring) is a plus
• Successful track record in delivering analog/mixed-signal IPs with 1st-time success while meeting tight schedules

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