Semiconductors
Physical Design Verification
Our expert team excels in Physical Verification, delivering cutting-edge tech nodes with accelerated timelines. We minimize iterations and ensure foundry-ready GDS preparation within optimal timeframes, resulting in silicon-ready designs that meet customer requirements.
We leverage advanced Physical verification technologies for SOC and Hard Macro Signoff, to ensure your designs meet the highest performance and reliability standards.
Unlock the full potential of your designs with our Physical Verification (PV) expertise:
- Comprehensive SoC PV Integration: We expertly integrate PV flows for full-chip SoC designs, ensuring seamless convergence from floorplan to foundry-ready data.
- Hard Macro PV Convergence Mastery: Our team delivers precise PV convergence for hard macros, guaranteeing accurate and efficient sign-off.
- High-Density Design Expertise: We tackle the toughest high-congestion designs in advanced tech nodes across all major foundries, ensuring successful convergence and error-free results.
- Automation Acceleration: Our experts harness the power of automation to streamline PV workflows, slashing convergence time and boosting productivity.
Unlock the full potential of your designs with our Physical Verification (PV) expertise:
- Ensure design accuracy and integrity.
- Reduce time-to-market and increase productivity.
- Overcome complex design challenges with confidence.
- Leverage the latest automation technologies for faster convergence.
Verification
- Environment Architecture Development
- SoC Verification
- IP/SS Verification
- DFT/DFD Validation
- Power-aware Verification
- AMS
- CPU Verification
- Gate Level Simulations (GLS)
- VIP Development, 3rd party VIP Integration, Development and Modelling
- Assertions, Coverage and Formal Verification
- Automation and Regression Management
FPGA
- ASIC and IP Prototyping with FPGA
- FPGA and System Architecture Design
- RTL Design from Microarchitecture
- Verification of RTL in UVM/OVM and other Methodology
- Porting to Different FPGA, FPGA to ASIC Porting and Vice Versa
- Board Design and Bring up
- FPGA Fitment, Bitmap Generation
- FPGA/System Validation on Board
- Multi-Million Gates Complex FPGA Design and Validation
