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Samsung

Principle Engineer

San Jose, California, United StatesFrom $351kmidAdded today

About this role

Samsung Semiconductor is seeking a Principal Engineer to lead high-speed SerDes analog circuit design and architecture for advanced interconnect transceivers. You'll supervise a design team while developing cutting-edge analog and mixed-signal circuits for applications like USB, PCIe, and Ethernet using state-of-the-art CMOS technologies.

What you'll do

  • Define architecture and circuits for SerDes IP projects including clock generation and analog components
  • Supervise designers through complete design execution, silicon validation, and debugging phases
  • Translate design specifications into schematics and build simulation test-benches for performance evaluation
  • Optimize circuit layouts to improve power consumption and performance metrics
  • Work on high-speed interconnect standards (UCIe, UA-link, Ethernet at 224/448Gbps)
  • Collaborate on low-power, low-voltage analog and custom digital designs using advanced processes

What they're looking for

  • SerDes and analog/mixed-signal SoC design (7+ years)
  • Analog circuit design: bandgap, LDO, filters, ESD, PLL, clock generation
  • SerDes components: CTLE, DFE, FFE, clock distribution, phase interpolators, IQ generation
  • High-speed interconnect standards: USB, PCIe, UCIe
  • EDA tools: Cadence, Spectre, Totem, EMX
  • Scripting languages: Python, MATLAB
  • CMOS process technology and advanced node design
  • Team leadership and design supervision

Benefits

  • Competitive compensation with performance-based incentives
  • Opportunity to work on cutting-edge semiconductor technologies
  • Global company with diverse, inclusive culture
  • Onsite work environment in San Jose
  • Professional growth and learning opportunities

Likely interview questions

  • Walk us through a complex SerDes design you led—what were the key challenges in achieving the required performance and power targets?
  • Describe your experience with CTLE, DFE, and FFE circuit design and how you optimized them for low power.
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