Hardware Robustness for SMI Register Interfaces in Automotive PHY Chips
NXP Semiconductors
Hardware Robustness for SMI Register Interfaces in Automotive PHY Chips
NXP Semiconductors offers an internship investigating hardware-based robustness mechanisms for SMI register interfaces in automotive PHY chips. The role involves digital RTL design, fault-injection verification, and coverage-driven testbench methodology. Candidates should have basic digital logic design knowledge and familiarity with an HDL.
Hardware Robustness for SMI Register Interfaces in Automotive PHY Chips
NXP Semiconductors offers an internship investigating hardware-based robustness mechanisms for SMI register interfaces in automotive PHY chips. The role involves digital RTL design, fault-injection verification, and coverage-driven testbench methodology. Candidates should have basic digital logic design knowledge and familiarity with an HDL.
Salary
Core Qualifications
Technical (Must-have)
Soft Skills
Key Responsibilities
- Prototype hardware-based robustness mechanisms for SMI bus error detection/correction
- Design digital RTL in SystemVerilog (FSMs, protocol wrappers, register-file architectures)
- Perform fault-injection verification and coverage-driven testbench methodology