AMS Verification
Analog-Mixed Signal (AMS) verification is one of the most demanding and risk-sensitive phases of semiconductor development. Unlike digital verification, AMS requires validating analog behavior, noise tolerance, precision, dynamic conditions, linearity, PVT robustness, and system-level interaction simultaneously. Any mismatch between the design intent and silicon behavior can cause functional failures, noise issues, yield loss, higher leakage, or expensive mask re-spins. That’s why AMS verification today is not just a step—it is a mission-critical requirement for achieving reliable first-silicon results.
At Siliciom, we specialize in end-to-end AMS verification that ensures your analog and mixed-signal IP blocks meet precision, power, performance, reliability and manufacturability targets before tape-out.
Core Capabilities
Block-Level AMS Verification
- Op-amps, comparators, bandgap
- High-speed PLL/ADC/DAC
- Power and RF analog blocks
Mixed-Signal SoC Verification
- Analog-digital co-simulation
- Interface and clock network validation
- Full-chip mixed-signal environments
Parasitic & Layout-Aware Verification
- RC extraction, LDE effects
- Crosstalk, noise and jitter validation
- Power-performance trade-off analysis
PVT & Statistical Verification
- Full PVT corner simulations
- Monte-Carlo-based yield estimation
- Variation-aware performance analysis
AMS Modeling & Abstraction
- Verilog-A/MS behavioral models
- Faster simulation environments
- Accurate mixed-signal abstraction
Sign-off Verification
- DRC/LVS physical correctness
- Pre-tapeout validation
- Power and RF analog blocks