AMS and Digital Verifications
AMS and Digital Verifications
AMS and Digital Verifications
AMS and Digital Verification ensure that both the analog/mixed-signal and digital parts of a semiconductor design function correctly before manufacturing. AMS verification checks real-world behaviors like voltage, noise, and analog–digital interaction, while digital verification focuses on validating logic, functionality, and performance using simulation and testbench methodologies. Together, they guarantee that ICs are accurate, reliable, and tape-out ready.
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Full-Chip & IP-Level Verification
We support verification across every abstraction—from transistor-level sign-off to complex SoC-level interactions.
Our capabilities include:
• Block/IP/Subsystem/Full-Chip verification
• AMS behavioral modeling & mixed-signal simulation
• Power-aware and low-power intent verification (UPF)
• Formal, assertion-based, and static verification methods
• Coverage-driven closure with automated regression flows
We ensure every interface, protocol, and system-level interaction behaves as intended under real-world operating conditions.
SystemVerilog & UVM-Based Verification Frameworks
Yoctozant builds scalable and reusable UVM environments to accelerate design validation, improve coverage, and reduce debug cycles.
Key strengths:
• UVM-based reusable verification architectures
• Stimulus generation, constrained random test flows
• Functional & code coverage measurement and closure
• VIP development, protocol validation (AXI/AHB/APB/DDR/PCIe/USB etc.)
• Regression automation, SDF timing simulations & model validation
Our verification ecosystems dramatically reduce manual effort and enable fast, high-confidence tape-out decisions.