Anoop Kiran
Sr Verif Eng | SerDes - NVIDIA | DDR5 PHY - exAMD | VCS & Verdi - exSynopsys | Santa Clara, CA
- Role
- Sr Design Verification Engineer - Serdes at NVIDIA
- Location
- Santa Clara, CA, US
- LinkedIn followers
- 500 followers
About Anoop Kiran
Anoop Kiran currently, is a Senior Digital Design Verification Engineer at Nvidia with over 9 years of experience. Previously, as an Application Engineer at Synopsys, he specialized in VCS/Verdi advanced debug and ML-based coverage optimization. At AMD, he received a \"Spotlight Award\" for technical leadership in DDR5 protocols and excelled in mixed-signal verification for high-speed SerDes. Currently, at Nvidia, Anoop developed UVM-based methodologies that accelerated SerDes verification efforts from days to hours. Over the last three years, he identified four critical EDA tool bugs during his verification work. Technology:DDR5 PHY, DFI protocol. DRAM protocol, SerDes RX.SystemVerilog Design/Debug/Verification.Tools:VCS, Verdi, DVE, Synopsys Design Compiler. QuestaSim.
Experience
Sr Design Verification Engineer - Serdes
Jan 2025 — Present · Santa Clara, CA, US
Verified DSP blocks in the Receiver side of SerDes designs. Developed multi-cycle accurate UVM reference models for DSP blocks featuring feedback loop, saturation, scaling, and filtering logic- Verified Jitter Canceling block by injecting sinusoidal jitter and confirming effective cancellation- Developed a methodology to accelerate UVM component development & debug using AI agents; reducing time from days to hours. Found 2 Verdi bugs and reported to Synopsys. Later fixes were used as part of the flow.Design Knowledge Gained- PAM4, Partial Response, Multi-Level adaptation of signals, Jitter Correction by resampling (delta V), Interference Correction- Sgnal Integrity: Linear vs Non Linear, Offset (to adjust baseline).
Education
Portland State University
Master's degree
Siddaganga Institute Of Technology
Bachelor's degree at Siddaganga Institute of Technology (SIT)
Skills
- Python
- Transistor Technology
- Cmos Design/Debug
- Cadence Virtuoso
- Ldo Regulator
- Ltspice
- Cmos Scaling to Timing Enhancement
- Verilog
- Linux
- Dynamic Timing Improvement
- Digital Vlsi Basics
- Power,Area,Timing Co-Relation
- Microsoft Office
- System Verilog
- Cadence
- Digital Vlsi Basics
- Finfet
- Matlab
- Dynamic Timing Analysis and Improvement
- Verifica
- Research
- Cmos
- Analog Vlsi Basics
- Tcl
- C
- Systemver
- Dc Compiler
- Transistor Technology
- Vhdl
- Wireless
- Ic Compiler
- Sta
- C++
- Universal Verification Methodology (Uvm)
- Ldo Regulator
- Hspice
- Bandgap References
- Rtl Design
- Verification and Validation (V&V)
- Semiconductor Process
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