Top 5 Design Automation Techniques for AI Chip Development | Webinar

How Engineering Teams Can Build Faster, Smarter & More Reliable Chips

Chip design has always been a highly intricate process demanding months (or even years) of coordinated effort across architects, RTL designers, verification engineers, firmware developers, and documentation teams. As artificial intelligence and specialized accelerators take over the semiconductor world, this complexity is only multiplying.
Tight schedules. Growing design sizes. Frequent specification changes. Strict compliance requirements.
All of these challenges are putting pressure on design teams like never before.
So, how do engineers keep up?
The answer is end-to-end design automation.

In our upcoming webinar, we will reveal the Top 5 Design Automation Techniques that are transforming the SoC/ASIC development landscape especially for AI chips that demand rapid innovation and seamless integration.

Why Automation Is No Longer Optional

Manual handoffs, isolated tools, and unconnected workflows often lead to:

• • Specification inconsistencies
  • Integration issues late in the development cycle
  • Repeated rework across RTL, UVM, register maps, and firmware
  • Documentation that’s always outdated
    

Automation breaks these barriers by creating a single source of truth for specifications and automatically generating downstream design and verification components.

The result:

• • Faster iterations
  • Reduced risk of human errors
  • Superior quality at every stage

Top 5 Design Automation Techniques 

1. Automated Specification-to-RTL Generation

• • Move beyond static spreadsheets and manual coding.
  • A smart automation engine can translate executable specifications directly into RTL ensuring error-free implementation that always matches the spec.

2. UVM & Verification Environment Auto-Creation

• • Automation can build complete UVM environments, register models, sequences, and coverage giving verification teams a massive head start and eliminating hand-crafted duplication.

3. Firmware & Driver Generation From the Same Source

• • With hardware evolving rapidly, firmware must keep pace.
  • Automation ensures software teams get updates instantly whenever the specification changes.

4. Automated Documentation & Traceability

• • No more outdated Word docs or PDFs.
  • From RTL to registers documentation stays dynamically synced with the design at every stage.

5. Intelligent SoC Assembly & System-Level Validation

• • Automation helps engineers:
  • Integrate multiple IPs effortlessly
  • Validate compatibility early
  • Reduce integration bottlenecks

This is especially crucial for AI-focused SoCs with complex memory hierarchies and accelerators.

What You’ll Learn in This Webinar

By attending, you’ll:

• • Understand modern challenges in SoC/ASIC development
  • See how automation unifies RTL, verification, firmware, and docs
  • Experience chip assembly and system-level validation automation
  • Discover how to boost efficiency while ensuring quality & compliance
  • Watch a live demonstration of full-chip automation in action

Who Should Attend?

• • SoC & ASIC Design Engineers
  • Verification Architects and Engineers
  • Firmware & Embedded Software Teams
  • Engineering Managers and Project Owners
  • Anyone focused on accelerating chip development for AI workloads
    

Don’t Miss Out Join the Future of Chip Design!

Automation isn’t just enhancing chip design, it’s redefining it.
Whether you’re building cutting-edge AI processors or complex SoCs, this webinar will give you the tools and strategies to stay ahead of the competition.