Analog Design Engineer

Position Description:

To be part of a highly skilled and challenging high speed PHY build team working on the newest technology nodes (12nm and below).

Take ownership of analog sub-blocks inside the PHY and drive the specification and implementation. It includes transistor and block level design, simulation, reliability and mixed mode simulations etc.

Drive layout of sophisticated blocks through mask designers. Conform to complex process rules as well as DFM or equivalent experience.

Participate in design reviews both internally and potentially with customers to explain design choices and robustness. Work with people across multiple sites including overseas.

Help with creating IP EDA views: Behavioral/Verilog-A, timing views, abstract etc.

Participate in silicon bring up, characterization, & perform correlations against models & simulations.

Mentor and supervise entry-level engineers.

Equal opportunity position with excellent pay package!

SKILLS required:

Circuit design experience in analog/mixed signal CMOS circuits in deep sub-micron technologies (2 – 28 nm) in High speed Memory interfaces (DDR3/4/5, LPDDR5/6, GDDR5/6/7) or SerDes Interfaces (PCIe, MIPI, HDMI, USB, SATA etc).

Prior experience in taking full ownership of at least on of the sub-blocks like PLL, DLL, CDR, high speed receiver with equalization, transmitter front end and high speed data path.

The candidate is encouraged to possess a deep understanding of analog and mixed signal circuits along with experience in high speed link.

Candidate must have experience in Serdes/Parallel Interface.

Experience with TX RX Equalization (FFE/CTLE/DFE) is must

Experience with various CDR and Clocking architecture.

Candidate should have experience in finfet 10nm and below.

Able to create block level specification based on link budget.

Able to create system level modeling using VerilogA/Python.

Should be able to work with Packaging/Board team.

Should have knowledge of ESD.

Experience in lab testing and work with validation team to analysis data.

High speed I/O cell designs such as DDR, LVDS, HSTL, CML.

Power Delivery circuits such as Bandgap, LDO, Bias circuits.

Strong fundamental knowledge for AMS design, Advanced CMOS and FinFet technologies.

Understanding of Mismatch analysis & Monte-Carlo methodology/sims, transistor level Circuit level noise analysis. Understanding of device physics & deep-sub micron issues.

Supervision of complex and/or critical analog layout and defining IP floorplan

Experience with industry standard tools such as Cadence ADE, Spectre, AMS verification, EM/IR flows, MATLAB, Calibre etc.

Working knowledge of Mixed mode simulation, Signal Integrity and ESD desired.