Marvell is looking to solve challenges in high-performance hardware/system design for all-optical 400G/800G per lambda coherent DSP reference designs and evaluation platforms, including signal integrity, power integrity, and board bring-up.
Requirements
- Experience in power, analog, clocking, FPGA, μProcessor, μController, memory, ethernet, SERDES, or similar disciplines.
- Experience in schematic design and library management using OrCAD CIS/CIP, Altium, or equivalent (preferred).
- Experience in high-frequency signal integrity simulations using Ansys HFSS, Siwave, and ADS or equivalent and measurements using VNA and TDR scopes (preferred).
- Experience in analog and power design using PSPICE or equivalent (preferred).
- Experience working with board manufacturers and layout engineers to define placement, stack-up, design rules, etc. (preferred).
- Experience in bring-up, test, characterization, and failure analysis (FA) of new boards using multi-meters (DMM), oscilloscopes, logic analyzers, etc. (preferred).
Responsibilities
- Assist Marvell engineers in high-performance hardware/system design of all-optical 400G/800G per lambda coherent DSP reference designs and evaluation platforms including power, control, clocking, high-speed I/O, and form factor.
- Assist Marvell engineers to architect, simulate and test the industry's best signal integrity with bandwidths exceeding 110GHz.
- Assist Marvell engineers to design and simulate for power integrity critical high power coherent DSPs.
- Assist Marvell engineers in collaborating with system, analog, digital, firmware, DFT, FA, validation, applications, etc. teams to define evaluation platform requirements.
- Work with fellow hardware engineer(s) and firmware team for initial board bring-up.
- Perform FA on boards and identify necessary repairs.
- Develop and execute individual board validation plans and generate detailed validation reports.
Other
- Currently pursuing a Master's degree in electrical or computer engineering.
- Master's Degree
