Low-Power Verification Training

Part 3 – SoC Power Management, Formal Verification & Verification Sign-Off

2-session Intensive Live Online Training

Master advanced low-power verification methodologies for validating complete System-on-Chip (SoC) architectures, including formal verification, coverage closure, and production sign-off.

This advanced course explores how verification scales from individual IP blocks to complete semiconductor systems while ensuring functional correctness, power efficiency, and verification completeness.

Format

Delivery: Live Online

Duration: 2 Consecutive sessions

Daily Schedule: 4 Hours per session

Total Training: 8 Hours

Price: $60

Register for Part 3

Complete your low-power verification journey by learning the methodologies for verifying modern System-on-Chip architectures, from integration through production sign-off.

Course Overview

As semiconductor devices continue to increase in complexity, low-power verification expands beyond individual IP blocks to encompass complete SoC environments containing multiple processors, memory subsystems, peripherals, and software-controlled power management.

This course teaches engineers how to verify complete power architectures using formal verification, coverage analysis, structured planning, and industry-standard sign-off methodologies.

Participants gain practical experience verifying multi-domain systems while learning how leading semiconductor companies achieve verification closure before silicon production.

What You Will Learn

By the end of this course, you will be able to:

• Understand complete SoC power architecture

• Verify multiple interacting power domains

• Validate cross-domain power interactions

• Apply formal verification techniques

• Measure functional and power coverage

• Develop verification plans

• Perform verification closure

• Understand production sign-off requirements

• Correlate simulation with silicon validation

• Debug complex low-power scenarios

• Build complete end-to-end verification workflows

Course Topics

SoC Power Architecture

• Modern SoC power structures

• Hierarchical power management

• Domain organization

Multi-Domain Power Verification

• Multiple power islands

• Shared resources

• Domain coordination

Cross-Domain Verification

• Interface verification

• Synchronization

• Power dependencies

Formal Verification

• Formal methodologies

• Property checking

• Low-power assertions

Coverage Analysis

• Functional coverage

• Power coverage

• Coverage closure

Verification Planning

• Verification strategy

• Planning methodology

• Execution flow

Verification Sign-Off

• Sign-off requirements

• Industry best practices

• Production readiness

Silicon Correlation

• Post-silicon validation

• Debug methodologies

• Root cause analysis

End-to-End Verification Workflow

• Complete verification lifecycle

• Verification closure

• Best practices

Who Should Attend

This course is ideal for:

• Senior Verification Engineers

• SoC Verification Engineers

• ASIC Engineers

• Power Architecture Engineers

• Design Verification Engineers

• UVM Engineers

• Verification Managers

• Technical Leads

• Semiconductor Architects

Training Format

• Live instructor-led online training

• Advanced verification demonstrations

• Industry case studies

• Practical sign-off workflows

• Interactive technical discussions

What's Included

• Live instructor-led training

• Comprehensive digital materials

• Practical demonstrations

• Interactive Q&A sessions

• Certificate of Completion

Key Benefits

✔ Master complete SoC power verification

✔ Learn advanced formal verification methodologies

✔ Understand verification planning and closure

✔ Apply functional and power coverage techniques

✔ Improve verification sign-off readiness

✔ Debug complex multi-domain power scenarios

✔ Learn industry best practices for production verification

✔ Strengthen expertise in modern semiconductor verification

Register Today

Successful low-power semiconductor products depend on comprehensive SoC-level verification. This advanced course equips engineers with the practical methodologies required to achieve verification closure, production sign-off, and reliable silicon implementation for today's complex low-power digital systems.