Automotive electronics bring strong demand for power management chips, but its strict reliability requirements also pose new challenges for chip designers. The chip needs to be able to work in various harsh environments such as high temperature, low temperature, aging, abnormal power supply, etc. Although the traditional… Read More
Analog Bits Demos Real-Time On-Chip Power Sensing and Delivery on N2P at the TSMC 2026 Technology SymposiumAnalog Bits has a way of stealing the…Read More
Disaggregating LLM Inference: Inside the SambaNova Intel Heterogeneous Compute BlueprintSambaNova Systems and Intel have introduced a blueprint…Read More
CEO Interview with Johan Wadenholt Vrethem of VoxoWith over two decades of experience bridging technology…Read More
TSMC to Elon Musk: There are no Shortcuts in Building Fabs!The opening of the TSMC 2026 earning call…Read More
Speculation: Silicon’s Most Expensive CompulsionHow Time-Based Scheduling Reclaims Silicon Wasted by Speculative…Read MoreHardware Data Acceleration for Semiconductor Design
This blog is a follow-on piece to an earlier one titled NetApp’s ONTAP Enables Engineering Productivity Boost. If you have not had an opportunity to read that blog, please do so for context. Using real life examples, it showcases how customers could improve real-world design engineering productivity as much as 10%.
For the … Read More
IAA Mobility: The Un-Car Show
IAA Mobility held in Munich last month was the first post-pandemic international auto show to take place outside of China. The organizers positioned automotive displays in city-center plazas while car companies rubbed shoulders with large suppliers and tiny startups on the show floor at the conference center.
Attendees would… Read More
Podcast EP42: Semiconductor Materials Innovations
Dan is joined by Alex Yoon, head of strategic and emerging technologies at Intermolecular. Dan and Alex explore the application of Intermolecular’s materials research capabilities, including their prototype fab in the Bay Area.
The views, thoughts, and opinions expressed in these podcasts… Read More
CEO Interview: Mike Wishart of Efabless
Mike Wishart has a storied career in investment banking and technology. His resume includes stints at Smith Barney, Lehman Brothers and Goldman Sachs after his Stanford MBA. He has served as a director at Brooktree, Spansion, Cypress and now Knowles. Mike is also a venture partner at Tyche Partners, a venture capital firm focused… Read More
DARPA Toolbox Initiative Boosts Design Productivity
When you think of the Defense Advanced Research Projects Agency (DARPA), this first thing that comes to mind is the development of the internet. And indeed, if you look at their website’s historic timeline, the development of ARPANET, as it was known at the time, is shown prominently in 1969. Incidentally, I actually used one of … Read More
Semiconductors – Limiting Factors; Supply Chain & Talent- Will Limit Stock Upside
– If chips are “as good as it gets” so are the stock prices
– Are we at a near term ceiling that stocks have bounced off of?
– If growth slows do valuations also slow?
– Are we in a holding pattern waiting for a down cycle?
Second order derivative investing
As we have said many times in the past, investors… Read More
Podcast EP41: A First Look at DAC 2021
Dan and Mike are joined by Harry Foster, Chief Scientist Verification at Siemens Digital Industry Software, Co-Founder and Executive Editor for the Verification Academy and 2021 Design Automation Conference General Chair. In this first in a series of DAC podcasts, we explore several dimensions of DAC 2021 with Harry, including … Read More
IBM and HPE Keynotes at Synopsys Verification Day
I have attended several past Synopsys verification events which I remember as engineering conference room, all-engineer pitches and debates. Effective but aiming for content rather than polish. This year’s event was different. First it was virtual, like most events these days, which certainly made the whole event feel more… Read More
Blur, not Wavelength, Determines Resolution at Advanced Nodes
Lithography has been the driving force for shrinking feature sizes for decades, and the most easily identified factor behind this trend is the reduction of wavelength. G-line (436 nm wavelength) was used for 0.5 um in the late 1980s [1], and I-line (365 nm wavelength) was used down to 0.3 um in the 1990s [2]. Then began the era of deep-ultraviolet… Read More


Is Intel About to Take Flight?