ASIC Packaging SI/PI Engineer - High-Speed Hardware

Anysilicon; San Jose (CA); Hybrid; USD 120.000 - 170.000; Vollzeit

Zusammenfassung

Cisco Silicon One is seeking an ASIC Packaging Signal/Power Integrity Hardware Engineer to join its ASIC team in a hybrid role in San Jose, CA. The position focuses on developing and verifying next-generation ASIC packaging to ensure high-speed signaling and robust power integrity across Cisco platforms.

Responsibilities include drafting design rules for ultra-high-speed signaling, performing SI/PI analyses, and coordinating with layout teams and vendors to achieve reliable, high-volume

Qualifikationen

• Bachelor's or higher in Electrical Engineering with relevant experience.
• Experience with high-speed design principles and impedance network analysis.
• Proficiency in pre- and post-layout SI/PI simulations using Cadence Sigrity and Ansys HFSS.
• Experience conducting layout reviews and physical design validation using Cadence APD.

Aufgaben

• Develop, document, and implement design rules for ultra-high-speed signaling.
• Analyze substrate SI/PI and collaborate with the layout team for optimal solutions.
• Design and develop ASIC packages for high-volume release, including post-layout extraction and reporting.
• Collaborate with system partners and vendors to resolve technical issues and achieve power and signal integrity.

Kenntnisse

High-Speed Design & Theory

Layout Review & Physical Validation

Ausbildung

Bachelor's degree in Electrical Engineering

Tools

Cadence Sigrity

Ansys HFSS

Cadence APD

Jobbeschreibung

Cisco Silicon One is seeking an ASIC Packaging Signal/Power Integrity Hardware Engineer to join its ASIC team in a hybrid role in San Jose, CA. The position focuses on developing and verifying next-generation ASIC packaging to ensure high-speed signaling and robust power integrity across Cisco platforms.

Responsibilities include drafting design rules for ultra-high-speed signaling, performing SI/PI analyses, and coordinating with layout teams and vendors to achieve reliable, high-volume