Design Verification

Ensuring Functional Correctness & Quality

Robust, Bug-Free Designs with Next-Gen Verification

At Asmicore, we deliver comprehensive verification solutions that ensure your chip designs are robust, bug-free, and ready for silicon. Leveraging advanced methodologies like UVM, assertion-based verification, and formal property checking, we cover every verification aspect—from IP blocks to full level SoCs. Our verification flow integrates simulation, emulation, and FPGA prototyping to catch functional bugs early, close coverage gaps, and accelerate time-to-market. With strong capabilities in clock domain crossing analysis, power-aware verification, and mixed-signal environments, we tailor our approach to your unique design challenges. Supported by industry-leading tools and proven experience at cutting-edge nodes, we partner up with you to deliver first-time-right silicon—helping reduce costly re-spins and speeding up product launches.

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“Everything is designed to turn insights into action – faster decisions, cleaner execution, and better results.”

— Founder & CEO

Summary on Competency

Functional Verification & Testbench Development

  • Functional verification using UVM, SystemVerilog and constrained-random methodologies
  • Testbench architecture and development for IP, subsystem and SoC-level designs
  • Directed and constrained-random test generation
  • Reusable VIP integration for standard interfaces (AXI, AHB, I2C, SPI, PCIe, USB, etc.)
  • Verification planning, milestone tracking and documentation
  • SoC-level verification with multi-core, multi-cluster and low-power feature validation
  • Integration and regression testing using simulation and emulation platforms

Assertions, Formal & Coverage

  • Assertion-based verification (ABV) using SVA and PSL
  • Formal verification and property checking
  • Code and functional coverage analysis — line, toggle, FSM, branch, condition and assertions
  • Functional coverage modeling and closure strategies
  • Coverage-driven verification and regression analysis
  • Formal property checking using JasperGold, VC Formal and OneSpin

CDC, Power & Advanced Verification

  • Static and dynamic CDC (Clock Domain Crossing) analysis
  • RDC (Reset Domain Crossing) analysis
  • Gate-level simulation with SDF back-annotation and timing checks
  • Power-aware verification using UPF/CPF flows
  • Mixed-signal verification using Verilog-AMS and SystemVerilog-AMS
  • Advanced-node verification for 5nm, 6nm, 7nm and beyond

Emulation, Prototyping & Silicon Validation

  • Emulation and FPGA prototyping support
  • Post-silicon validation test plan development
  • Silicon correlation strategies
  • Full-chip and subsystem verification
  • Simulation, emulation and FPGA-based validation
  • Verification flow integration across industry-standard platforms
  • Toolchain expertise:
    • Synopsys: VCS, Verdi, ZeBu
    • Cadence: Xcelium, JasperGold, Palladium
    • Siemens: Questa, Visualizer, Veloce