Singapore, Singapore | Posted on 12/17/2024
- PerformdetailedSTAon digital designs used in networking and audiosolutions at various stages of the IC design flow (pre-layout,post-layout).
- Identify, analyze, andresolve timing violations in critical paths, ensuring low latency and highthroughput for networking and audio processing applications.
- Conduct multi-mode,multi-corner (MMMC) analysis to ensure timing closure under differentoperating conditions, including power-saving modes.
- Develop, validate, andoptimize timing constraints tailored for high-speed networking interfacesand high-fidelity audio processing circuits.
- Define and validateclock definitions, I/O constraints, multi-cycle paths, and false paths,ensuring robust performance in real-world applications.
- Work closely with thePhysical Design team to address timing issues, suggest optimizations, andsupport clock distribution for complex networking and audio processingcircuits.
- Perform final timinganalysis and sign-off, ensuring that our ICs meet stringent timing, area,and power requirements for networking and audio applications.
- Work with post-siliconvalidation teams to correlate timing models with actual siliconmeasurements, ensuring that our networking and audio solutions perform asexpected in the field.
Requirements
Requirements:
- Bachelor’s or Master’sdegree in Electrical Engineering, Computer Engineering, or a relatedfield.
- 6+ years of experienceinSTAfor digital ICs, preferably in the networking or audiodomain.
- Strong understanding ofdigital design principles, timing concepts, and semiconductor physics.
- Experience with timinganalysis for designs at 28nm and below, with a focus on high-speed dataand signal processing.
- ProficiencyinSTAtools such as Synopsys PrimeTime, Cadence Tempus, orsimilar.
- Solid understanding ofCMOS technology, standard cell libraries, and PVT variations, with a focuson high-performance networking and audio applications.
- Strong scripting skills(e.g., TCL, Perl, Python) for automation ofSTAprocesses.
- Ability to work in acollaborative environment, with excellent communication andproblem-solving skills.
- Experience with timinganalysis for high-speed networking interfaces (e.g., Ethernet, Wi-Fi) oraudio processing circuits (e.g., DACs, ADCs).
- Familiarity withlow-power design techniques and their impact on timing.