NXP authors report low-power full-chip verification across Verilog, wreal, and Verilog-AMS abstractions
An NXP-authored paper reports low-power mixed-signal IoT case studies using CPF power intent, assertions, formal and connectivity checks, and self-checking verification while moving a verification database through Verilog, wreal, and Verilog-AMS abstraction levels. The examples include PMU, brownout detector, and LDO behavior at full-chip scope. The paper identifies evaluating UVM as a next step rather than reporting UVM deployment.
Evidence
Unique Verification Case Studies of Low Power Mixed Signal Chips ↗
2016 NXP paper on low-power mixed-signal abstraction switching, assertions, formal and connectivity checks, with UVM explicitly left as future evaluation.