SMTS Analog Engineering

Rambus, a premier chip and silicon IP provider, is seeking to hire an exceptional SMTS Analog Design to join our memory interface chip design team in Bangalore

Candidates will be joining some of the brightest inventors and engineers in the world to develop products that make data faster and safer

As a SMTS Analog Design, the candidate will be reporting to Manager Analog Engineering and is a Full-Time position

The candidate will be leading the analog mixed signal circuit design activities for high-performance mixed signal chip products

Rambus memory interface chips team delivers the most advanced chipset solutions for server memory sub-system

This role gives opportunities to invent solutions to improve performance of next generation high-performance mixed signal products and learnings opportunities working through all the phases of chip product design all the way from concept to volume production Responsibilities

Ownership of Analog/Mixed designs at chip and/or block level.

Design, simulate and characterize high-performance and high-speed circuits (eg Transmitter, Receiver, LDO, PLL, DLL, PI circuits).

Create high level models for design tradeoff analysis and behavior model for verification simulations.

Create floorplan and work with layout team to demonstrate post extraction performance.

Document analysis and simulation to show that design achieves critical electrical, timing parameters and pre-silicon verification flow. Qualifications

Master s with 4+ years (or PhD with 3+ years) of experience in CMOS analog/mixed-signal circuit design.

Prior experience in some of the following circuits: Transmitter, Receiver (with CTLE, DFE), PLL, DLL, PI, LDO regulators.

Good knowledge of design principles for practical design tradeoffs.

Knowledge of high-speed chip to chip interfaces (memory PHY, SerDes) is a strong plus.

Experience in modeling (Verilog-A, Verilog) and scripting is desirable.

The position requires good written verbal communication skills as well a strong commitment and ability to work in cross functional and globally dispersed teams.

Full time