This role is for a Lead Design Engineer in the Cadence DDR PHY IP Front End Design team. Responsibilities include developing bare-metal firmware for DDR5 PHY using microcontrollers, implementing training algorithms in collaboration with hardware designers, and co-verifying firmware-hardware with the verification team. The role also involves debugging firmware in RTL simulations and on silicon bring-up boards.
Must Have:
Develop firmware for DDR5 PHY using microcontrollers
Develop firmware in C typically involving bare-metal programming and developing low-level APIs on Microcontrollers
Responsible for collaborating with hardware designers and memory subsystem architects to derive training algorithms and implement them
Responsible for collaborating with the verification team to deduce firmware-hardware co-verification plan
Develop and Debug firmware in RTL based hardware simulations (C +Verilog simulations)
Develop and Debug on Silicon bring-up boards
Good Knowledge of DDR5 JEDEC spec, knowledge of different DIMM configurations and specifications
Relevant experience in developing bare-metal firmware for High-speed SerDes or Memory interface Physical Layer blocks
Good Knowledge of C programming language for embedded software development and use of relevant IDE
Comfortable debugging RTL simulations involving firmware and microcontroller subsystem
Good knowledge of Shell/Perl/Python/TCL scripting
Good experience on Verification EDA Tools like simulators and waveform viewers
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Be part of the Cadence DDR PHY IP Front End Design team responsible for -
Develop firmware for DDR5 PHY using microcontrollers
Developing firmware in C typically involving bare-metal programming and developing low-level APIs on Microcontrollers.
Responsible for collaborating with hardware designers and memory subsystem architects to derive training algorithms and implement them.
Responsible for collaborating with the verification team to deduce firmware-hardware co-verification plan.
Develop and Debug firmware in RTL based hardware simulations (C +Verilog simulations)
Develop and Debug on Silicon bring-up boards.
Required Skills:
Good Knowledge of DDR5 JEDEC spec, knowledge of different DIMM configurations and specifications.
Relevant experience in developing bare-metal firmware for High-speed SerDes or Memory interface Physical Layer blocks.
Good Knowledge of C programming language for embedded software development and use of relevant IDE.
Comfortable debugging RTL simulations involving firmware and microcontroller subsystem.
Good knowledge of Shell/Perl/Python/TCL scripting
Good experience on Verification EDA Tools like simulators and waveform viewers
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