Front-End Verification
Our verification specialists ensure functional correctness and design robustness through thorough verification planning and execution. We leverage advanced simulation and formal methods to catch bugs early and guarantee that the design meets specifications under all scenarios.
What We Offer
UVM-Based Testbenches
Creation of scalable, reusable UVM (Universal Verification Methodology) environments with constrained-random stimulus, functional coverage collection, and self-checking tests. We develop verification plans aligned with specifications to ensure coverage closure.
IP, Subsystem & SoC Verification
Reuse-based verification from block-level IPs to full-chip SoC environments. Our team builds layered testbenches and verification IP to simulate complex interactions (AXI, PCIe, USB, Ethernet, MIPI, etc.).
Formal Verification
Use of JasperGold, Synopsys VC Formal, and equivalence checking to mathematically prove properties and ensure no critical bug escapes simulation.
AMS Co-simulation
Mixed-signal verification combining Spectre, Cadence Xcelium/VCS, and SystemC models to verify analog/digital interfaces for AMS designs. We ensure that analog block behavior aligns with digital control logic under various conditions.
Automotive & Safety Compliance
Verification processes aligned with ISO 26262 (functional safety) and SOTIF for automotive ICs, including fault injection testing and safety mechanism validation.