UVM Design VerificationDriving Coverage, Closure, and Confidence

We deliver scalable, reusable UVM-based verification solutions across IP, subsystem, and full SoC levels. Our expertise spans architecture of verification environments, coverage-driven validation, and protocol-compliant verification to ensure robust, silicon-ready designs.

UVM Environment Architecture & Development Read More →

Functional Verification & Coverage Closure Read More →

Protocol & SoC-Level Verification Expertise Read More →

AI-Assisted Verification Acceleration Read More →

1

UVM Environment Architecture & Development

Design of scalable, reusable verification environments aligned with industry best practices.

  • UVM testbench architecture (agents, scoreboards, sequences)
  • Reusable and configurable components
  • VIP integration (third-party and custom)
  • Scalable environments from IP to SoC
2

Functional Verification & Coverage Closure

Comprehensive, coverage-driven verification ensuring functional correctness and signoff readiness.

  • Constrained-random and directed testing
  • Functional, code, and toggle coverage
  • Assertion-based verification (SVA)
  • Coverage closure and regression optimization
  • Gate-level simulation and X-propagation analysis
  • Power-aware verification (UPF-based)
3

Protocol & SoC-Level Verification

Verification of complex SoCs with deep protocol expertise and system-level validation.

  • CPU-based SoC verification (ARM, RISC-V, etc.)
  • HSIO: PCIe, CXL, UCIe, Ethernet
  • Memory: DDR, LPDDR, HBM
  • Peripheral interfaces: I2C, SPI, UART
  • Subsystem and full-chip integration validation
4

AI-Assisted Verification Acceleration

Enhancing verification productivity and efficiency using AI-driven techniques.

  • Automated testbench generation
  • Intelligent stimulus and test generation
  • Coverage gap analysis
  • Regression optimization