Search the 7 jobs at Marvell Technology

Lead the development of optical components for Marvell's optics product line, collaborate with cross-functional teams, work on design automation and process development, and contribute to the full product lifecycle from inception to NPI.

Seeking an RF and Analog Design Engineer to contribute to the development of multi-tens of GHz Transimpedance Amplifiers TIAs. Responsible for leading edge optical modulator driver and transimpedance amplifier design primarily in Silicon Germanium BiCMOS technology. Design hi-performance broadband analog circuits for optical front-end receivers and transmitters, including modulator and laser drivers. Develop transmission line structures and other millimeter wave structures to enable higher performance.

Principal SW/FW Engineer at Marvell working on optical communication products. Responsibilities include developing embedded FW, C SDK, Python-based GUI, and automated regression infrastructure for products.

Experienced ASIC design/verification engineer at Marvell's Compute and Custom Solutions BU, responsible for designing and verifying IP, subsystems, and SOCs. Must have strong programming skills in Verilog and System Verilog, knowledge of ASIC design methodologies, and 10+ years of experience in the field.

Seeking an RF and Analog Design Engineer to contribute to the development of multi-tens of GHz Transimpedance Amplifiers TIAs in the field of Silicon Germanium (SiGe) BiCMOS technology. Responsibilities include active circuit design, development of high-performance analog circuits, and collaboration with other functional groups for post-silicon validation.

The Senior Principal Optical Systems Engineer at Marvell will lead the development of state-of-the-art coherent optical modules, collaborate with cross-functional teams, model system performance, mentor junior engineers, and contribute to end-to-end system modeling.

The Optical Systems Engineer at Marvell will be responsible for system verification testing and characterization of coherent optical modules. They will work on characterizing module transmission performance, tuning optical module and DSP performance, automating test cases, building and maintaining test beds, and supporting field test cases.