Webinar: Automation in CFD: From Manual Effort to Smart Workflows

Webinar: Automation in CFD: From Manual Effort to Smart Workflows
by Admin on 10-28-2026 at 1:25 am

Discover how to automate CFD simulations using Simcenter STAR-CCM+ to reduce manual effort and streamline workflows. Explore practical applications, from automated simulation setup to execution and report generation. Join us to learn how workflow automation can accelerate engineering analysis and improve productivity.… Read More


Webinar: Smarter space electronics: using AI and automation to accelerate thermal workflows

Webinar: Smarter space electronics: using AI and automation to accelerate thermal workflows
by Admin on 10-28-2026 at 1:22 am

Space programs need reliable thermal predictions and the ability to evaluate more electronics designs in less time.

This means that you need a smarter modelling strategy.

Why?

– Modeling layers explicitly does not mean better results
– Different analysis objectives require different modeling approaches
–… Read More


Webinar: Building Power Converter Component Models: From Devices and Magnetics to AI-Assisted Automation in ADS (Americas Session)

Webinar: Building Power Converter Component Models: From Devices and Magnetics to AI-Assisted Automation in ADS (Americas Session)
by Admin on 10-27-2026 at 11:52 pm

About this event

Webinar to explore device and transformer modeling, EM-extracted parasitics, and AI-assisted automation using the ADS MCP Server and Claude Code.

Who should attend this event?

Power electronics and power converter design engineers, Magnetics, transformer, and component modeling engineers, Application,

… Read More

Using Claude AI for Chip Design

Using Claude AI for Chip Design
by Daniel Nenni on 08-13-2026 at 6:00 am

Using Claude AI for Chip Design

After speaking with dozens of semiconductor professionals at the Design Automation Conference in Long Beach about AI in the chip-design workflow, Claude emerged as the common denominator in every conversation. We’re still at the tip of the iceberg when it comes to using AI in the design flow. If management is pushing your team … Read More


Radio Frequency Integrated Circuits (RFICs) Generated by AI Based Design Automation

Radio Frequency Integrated Circuits (RFICs) Generated by AI Based Design Automation
by Admin on 12-10-2025 at 10:00 am

Figure1

By Jason Liu, RFIC-GPT Inc.

Radio frequency integrated circuits (RFICs) have become increasingly critical in modern electronic systems, driven by the rapid growth of wireless communication technologies (5G/6G), the Internet of Things (IoT), and advanced radar systems. With the desire for lower power consumption, higher… Read More


Tessent SSN Enables Significant Test Time Savings for SoC ATPG

Tessent SSN Enables Significant Test Time Savings for SoC ATPG
by Kalar Rajendiran on 05-08-2023 at 6:00 am

Pattern Generation Block Level ATPG Flow

SoC test challenges arise due to the complexity and diversity of the functional blocks integrated into the chip. As SoCs become more complex, it becomes increasingly difficult to access all of the functional blocks within the chip for testing. SoCs also can contain billions of transistors, making it extremely time-consuming… Read More


Truechip Introduces Automation Products – NoC Verification and NoC Performance

Truechip Introduces Automation Products – NoC Verification and NoC Performance
by Kalar Rajendiran on 11-07-2022 at 10:00 am

Truechip NoC Automation Product

While Truechip has established itself as a global provider of verification IP (VIP) solutions, they are always on the lookout for strategic IP needs from their customer base. Over the last several years, a solid market for Network-on-Chip (NoC) IP has grown, driven by the need to rapidly move data across a chip. Concurrently, the… Read More


Simplifying Requirements Tracing

Simplifying Requirements Tracing
by Bernard Murphy on 06-09-2017 at 7:00 am

Requirements traceability is a necessary part of any top-down system specification and design when safety or criticality expectations depend on tightly-defined requirements for subsystems. Traceability in this context means being able to trace from initial documented requirements down through specification and datasheet… Read More