Product/Design Verification

EDA Tool Validation and Benchmarking

Functional Verification

RTL Design Verification

Power and Performance Analysis

Post-Silicon Validation and Debugging

Ensure accuracy, efficiency, and performance of Electronic Design Automation (EDA) tools through rigorous validation and benchmark against industry standards.

Verify SoC designs using simulation, formal verification, and emulation to ensure correctness and compliance with design specification.

Perform Register Transfer Level (RTL) verification using industry standard methodologies like UVM (Universal Verification Methodology) to detect and resolve design issues early.

Analyze power consumption, timing, and thermal performance to optimize SoC designs for efficiency and scalability.

Validate chip functionality in real world conditions, identifying and resolving any discrepancies between pre-silicon and post-silicon performance.

Ensuring Precision and Reliability in EDA Tool Verification and SoC Design

At CodePark Labs, we deliver cutting-edge verification solutions to ensure semiconductor products meet the highest standards of quality, performance, and reliability. Our expertise in EDA tool verification and SoC design verification guarantees precision and efficiency at every stage of the development cycle.

Hardware-Software Co-Verification

Ensure seamless integration of software with SoC hardware using co-simulation and FPGA based prototyping techniques.

Hardware Description Language (HDL)

VHDL - Used for FPGA/ASIC design and verification
Verilog/SystemVerilog - Industry standard for RTL design and functional verification

Technology Stack

Verification Methodologies and Frameworks

UVM (Universal Verification Methodology) - Industry standard methodology for scalable and reusable testbenches.

Simulation and Emulation Tools

Cadence Xcelium - High performance RTL simulation
Synopsys VCS - Advanced logic simulation for functional verification
Mentor QuestaSim - ModelSim based functional verification
Zebu/Palladium/Veloce - Hardware emulation and prototyping

Formal Verification Tools

Power and Performance Analysis Tools

Cadence JasperGold - Formal Verification for early bug detection
Synopsys VC Formal - Advanced property checking and verification
OneSpin 360 - Specialized formal verification for RTL

Synopsys PrimeTime - Timing and power analysis
Cadence Voltus - Power integrity analysis
Ansys RedHawk - Power noise and reliability analysis

Post-Silicon Validation and Debugging

JTAG / DFT Tools – On-chip debugging and scan-chain validation
Logic Analyzers & Oscilloscopes – Real-time signal monitoring
Synopsys Siloti / Cadence Indago – Silicon debug and failure analysis

FPGA Prototyping and Hardware-Software Co-Verification

Xilinx Vivado/ Intel Quartus - FPGA prototyping tools
Synopsys HAPS/ Cadence Protium - FPGA-based SoC Validation
Virtual Platforms and Co-Simulation - Synopsys Virtualizer, QEMU