I’m an avid road bike enthusiast having just completed my 2017 goal of 13,000 miles, so follow me on Strava if you want to see the routes and photo adventures I have in Oregon. In the photo below I’m the guy in the middle with the Portland Velojersey on and we’re in a parking lot just 2 blocks away from Intel’s… Read More
Electronic Design Automation
System Level Formal
Two recently announced vulnerabilities in major processor platforms should remind us that bugs don’t organize themselves to appear only in domains we know how to test comprehensively. Both Meltdown and Spectre (the announced problems) are potential hardware system-level issues allowed by interactions between speculative… Read More
Semiconductor Devices Transforming the World
As we begin another new year we begin another semiconductor conference cycle starting with SEMI ISS on January 15–18 at the Ritz-Carlton in Half Moon Bay California. This conference really sets the tone for the year and gives us a place to start thinking, acting, and reacting. This year it is all about the electronic devices we have… Read More
HDMI 2.1 Delivers 48.0 Gbps & Supports Dynamic HDR
You may or may not have bought HDMI-equipped device for black Friday or during year end break, but you TV set (or/and you PC) are certainly HDMI-powered, like the 750 million HDMI-equipped devices sold in 2016. In fact, cumulated shipment of HDMI-equipped devices has reached 6 BILLION since the protocol introduction in 2003! HDMI… Read More
Autonomous Vehicles Upending Automotive Design Process
The automotive industry has a history of bringing about disruptive technological advances. One only needs to look at the invention of the assembly line by Henry Ford to understand the origins of this phenomenon. Today we stand on the brink of a massive change in how cars operate and consequently how they are built. A number of automotive… Read More
A Picture is worth a 1,000 words
Semiconductor IP re-use is a huge part of the productivity gains in SoC designs, so instead of starting from a clean slate most chip engineers are re-using cells, blocks, modules and even sub-systems from previous designs in order to meet their schedule and stay competitive in the market place. But what happens when you intend to… Read More
Using Sequential Testing to Shorten Monte Carlo Simulations
When working on an analog design, after initial design specs have been met, it is useful to determine if the design meets specs out to 3 or 4 sigma based on process variation. This can serve as a useful step before going any further. It might not be a coincidence that foundries base their Cpk on 3-sigma. To refresh, Cpk is the ratio of the… Read More
HLS Rising
No-one could accuse Badru Agarwala, GM of the Mentor/Siemens Calypto Division, of being tentative about high-level synthesis. (HLS). Then again, he and a few others around the industry have been selling this story for quite a while, apparently to a small and not always attentive audience. But times seem to be changing. I’ve written… Read More
Embedded In-chip Monitoring, Webinar Recap
Six years ago I first interviewed Stephen Crosher, CEO and Co-founder of Moortecas they were in startup mode with some new semiconductor IP for temperature sensing, and earlier this month I attended their webinar all about embedded in-chip monitoring to get caught up with their technology and growing success. Ramsay Allen is … Read More
Aldec and High-Performance Computing
Aldec continues to claim a bigger seat at the table, most recently in their attendance at SC17, the supercomputing conference hosted last month in Denver. I’m really not sure how to categorize Aldec now. EDA company seems to miss the mark by a wide margin. Prototyping company? Perhaps, though they have a much stronger focus on end-applications… Read More


Quantum Computing Technologies and Challenges