Traditionally, EDA has been a brute force methodology where we buy more software licenses and more CPUs and keep running endless jobs to keep up with the increasing design and process complexities. SPICE simulation for example; when I meet chip designers (which I do quite frequently) I ask them how many simulations they do for a … Read More
Superhuman AI for Design Verification, Delivered at ScaleThere is a new breed of EDA emerging.…Read More
The Quantum Threat: Why Industrial Control Systems Must Be Ready and How PQShield Is Leading the DefenseIndustrial control systems (ICS) underpin the world’s most…Read More
Radio Frequency Integrated Circuits (RFICs) Generated by AI Based Design AutomationBy Jason Liu, RFIC-GPT Inc. Radio frequency integrated…Read More
Ceva-XC21 Crowned "Best IP/Processor of the Year"In a resounding affirmation of innovation in semiconductor…Read MoreMaking Sensors of the World
How many sensors do you think you own? Let’s start with your thermostat. It’s simple, right? You might guess one or two, and if you owned a 2[SUP]nd[/SUP] generation Nest you’d be wrong. It comes with a light sensor, heat sensor (in addition to temp), microphone, carbon monoxide sensor, smoke sensor, and occupancy sensor. Also, … Read More
Prototyping GPUs, Step by Step
FPGA-based prototyping has provided a major advance in verification and validation for complex hardware/software systems but even its most fervent proponents would admit that setup is not exactly push-button. It’s not uncommon to hear of weeks to setup a prototype or of the prototype finally being ready after you tape-out. … Read More
Automotive IC Design Requires a Unique EDA Tool Emphasis
Semiwiki readers are no doubt very familiar with the increasing impact of the automotive market on the semiconductor industry. The magnitude and complexity of the electronic systems that will be integrated into upcoming vehicle designs reflects the driver automation, safety, and entertainment features that are in growing… Read More
CEO Interview: Jim Gobes of Intrinsix
Experience gives us the ability to make better decisions and in a fast moving industry like semiconductors, experience is critical. As chips get more integrated and complex the number of design decisions that must be made increases at a dramatic rate. Process technologies for example, never in the history of semiconductors have… Read More
SEMICON West – EUV Readiness Update
At the imec technology forum held at SEMICON West, Martin Van Den Brink, President and CTO of ASML presented on the latest developments on EUV. I also had an opportunity to sit down with Mike Lercel, ASML Director of Strategic Marketing for an interview.… Read More
Webinar: Fast-Track to Riviera-PRO
Whether you’re right out of college, starting on your first design, a burn-and-churn designer thinking there must be a better way or an ASIC designer wanting to do a little prototyping, this webinar may be for you. It’s a fast start on using the Aldec Riviera-PRO platform for verification setup, run and debug, and more. There are … Read More
Overcoming Mixed-Signal Design and Verification Challenges in Automotive and IoT Systems
At the recent DAC conference in Austin I attended a panel discussion over lunch where engineers from four companies talked about how they approached mixed-signal design and verification challenges for automotive and IoT systems. It seems like 2017 was the year of automotive at DAC, while in 2016 it was all about IoT. Both segments… Read More
FPGA-Based Networking for Datacenters: A Deeper Dive
I’ve written before about the growing utility of FPGA-based solutions in datacenters, particularly around configurable networking applications. There I just touched on the general idea; Achronix have developed a white-paper to expand on the need in more detail and to explain how a range of possible solutions based on their … Read More
Whitepaper : The True Costs of Process Node Migration
Mentor, A Siemens Business, just released a new white paper entitled, “The True Costs of Process Node Migration” written by John Ferguson. This is a good quick read that highlights some of the key areas that are often over looked when contemplating a shift of process nodes for your next design.
When considering a shift to a more advanced… Read More



Quantum Computing Technologies and Challenges