The concept of platform-based design has been around a long time. I can recall Nokia’s early cell phone products used the strategy very effectively. They were able to turn out new phones quickly by leveraging their existing chip design as a baseline on which to add features. This is commonplace today but was innovative at that time.… Read More





StarFive Surpasses Development Goal with the Prodigy Rapid Prototyping System from S2C
Faced with the challenge of developing a high-performance hardware platform with critical software components, what choices do companies have in rapidly moving their development forward with modest budgets and resources?
That was the challenge faced by StarFive Technology, a leading IP and semiconductor SoC platform solution… Read More
Obtaining Early Analog Block Area Estimates
I’ve written before about Pulsic’s Animate Preview software, which is extremely helpful in completing placement in analog blocks so that they are ready for routing. Analog design automation has always been a tough proposition, but Animate Preview looks like a promising tool, with practical benefits. Obtaining DRC clean placement… Read More
Automotive Safety Island: Test, Safety, Security, ISO 26262
I first fell in love with electric vehicles back in 1978 as an Electrical Engineering student, studying at the University of Minnesota. What caught my fancy was a small advertisement listed in the back of Popular Mechanics magazine to build your own electric vehicle by replacing the gas engine of a Honda with an electric motor, so… Read More
TSMC Design Considerations for Gate-All-Around (GAA) Technology
The annual VLSI Symposium provides unique insights into R&D innovations in both circuits and technology. Indeed, the papers presented are divided into two main tracks – Circuits and Technology. In addition, the symposium offers workshops, forums, and short courses, providing a breadth of additional information.
At… Read More
Stochastic Origins of EUV Feature Edge Roughness
Due to the higher energy of EUV (13.3-13.7 nm wavelength) compared to ArF (193 nm wavelength) light, images produced by EUV are more susceptible to photon shot noise.
Figure 1. (Left) 40 nm dense (half-pitch) line image projected onto wafer at 35 mJ/cm2; (Right) 20 nm dense (half-pitch) line image projected onto wafer at 70 mJ/cm2.… Read More
Apple’s Orphan Silicon
Apple’s recent Spring Loaded Event brought us M1-based iMacs. After the MacBook Air and 13” MacBook Pro in the fall, iMacs are the third Mac to jettison Intel processors. With this transition Apple’s T2 chip enters End of Life status, so to speak. The T2 is a bit of an enigma and now it does not have much time left.
We know it performs… Read More
Podcast EP28: Funding approaches for semiconductor startups
Dan is joined by Wally Rhines to discuss funding approaches for semiconductor startups. Wally has led a fundraising effort for a fabless semiconductor startup for the last year. His experience is useful for others who are trying to raise funding for promising semiconductor startups.
Wally Rhines is widely recognized as an expert
CEO Interview: Harald Neubauer of MunEDA
It has been my pleasure to interview Harald Neubauer, CEO of MunEDA. A veteran of the EDA industry, Harald cofounded MunEDA in 2001.
What brought you to the EDA industry?
Well, I always wanted to found a tech startup and was developing and evaluating various business ideas together with my later cofounder Andreas. Soon after we got… Read More
PCIe Gen 6 Verification IP Speeds Up Chip Development
PCIe is a prevalent and popular interface standard that is used in just about every digital electronic system. It is used widely in SOCs and in devices that connect to them. Since it was first released in 2003, it has evolved to keep up with rapidly accelerating needs for high speed data transfers. Each version has doubled in throughput,… Read More
Rapidus, IBM, and the Billion-Dollar Silicon Sovereignty Bet