Search by job, company or skills

Fresher
Not Disclosed
Early Applicant
  • Posted a month ago
  • Be among the first 10 applicants

Job Description

We are looking for a DSP Engineer to join our Automotive Ethernet PHY team. You will work closely with the DSP Architect to implement DSP algorithms, contribute to PHY architecture realization, and support verification, validation, and backend teams throughout the product lifecycle.

Key Responsibilities

  • Implement and optimize DSP architecture for Automotive Ethernet PHY (100/1000BASET1, MultiGig).
  • Develop highquality RTL for DSP datapath blocks (filters, EQ, echo canceller, FFE/DFE, AGC, timing recovery).
  • Work with Verification/Validation for debugging, coverage closure, and model correlation.
  • Collaborate with DFT, System Architecture, IC Integration, and Backend teams for constraints and timing closure.
  • Develop MATLAB/Python models and support systemlevel analysis.

Required Skills

  • Strong DSP and communication systems fundamentals.
  • Handson experience with PHYlayer DSP blocks.
  • RTL design expertise (Verilog/SystemVerilog).
  • MATLAB, Simulink, Python, C/C++ modeling experience.
  • Understanding of synthesis, STA, CDC, linting flows.

Good to Have

  • Experience with Automotive Ethernet PHY development.
  • Knowledge of DFT, postsilicon bringup, and backend timing closure.
  • Exposure to UVM environments and formal verification.

If you're passionate about building nextgeneration automotive PHY solutions, we'd love to talk!

#LI-7013

More Info

Job Type:
Function:
Employment Type:

Key Skills

Similar Jobs

Bengaluru, India
Skills:
Verilog, C, Python, MATLAB, linting, Synthesis, systemverilog, Simulink, DSP design, cdc, Sta
2-5 yrs
Bengaluru, India
Skills:
Gate Level Simulation (GLS), Verilog, Matlab, Python, Adaptive filters, Digital design concepts, Analog and Channel model development, FPGA-based emulation, Sampling, Filters, FPGA emulation, modulation, DSP concepts, system modeling
2-6 yrs
Bengaluru, India
Skills:
Rtos, C, C++, Digital Signal Processing, Jtag, Freertos, Firmware Development, Boot code, Oscilloscopes, Low-level drivers, Threadx, Logic analyzers, DSP algorithm implementation, DPD, Tensilica processors, AGC