“One ring to bring them all and in the darkness bind them.” – J.R.R. Tolkien, The Lord of the Rings
Monkey see, monkey do. Google acquired Android years ago and turned it into a hugely successful tool for embedded programmers. Now, Amazon has taken over FreeRTOS. Will it become the next Android, a de facto … Read More → "Amazon and Google in the RTOS World"
Anything you do can be done efficiently or not. Whether it’s driving (mpg?), playing sportsball (results/energy spent?), or walking the dog (who pulls whom?), you can be efficient or not. Obviously, higher efficiency is better – assuming you care (sometimes spending energy worrying about efficiency can be inefficient). So… what if you could identify an improvement for an activity you care about that, by itself, … Read More → "An MRAM Cell that Competes with SRAM?"
In this week’s podcast, we welcome Bob Smith from the Electronic System Design (ESD) Alliance to Fish Fry. Bob and I are chat about why the ESD Alliance and SEMI are joining forces, the ESD Alliance’s plans for DAC this year, and we even fit in a little discussion about wine. Also this week, we check out the new artificial intelligence and machine learning program at this … Read More → "There’s No Business like EDA Business"
“I’m completely operational and all my circuits are functioning normally.” — Hal 9000, “2001, A Space Odyssey”
We now have more information about the fatal crash of a self-driving Tesla Model X P100D electric vehicle in Mountain View, California last March, thanks to a Read More → "Maybe You Can’t Drive My Car (Yet) Part 2"
“The greatest danger of AI is that people conclude too early that they understand it.” — Eliezer Yudkowsky
Sometimes accidental discoveries are the best ones. Teflon was supposed to be a refrigerant. The first heart pacemaker was designed as a measuring device, but inventor Wilson Greatbatch put in the wrong resistor value. And Play-Doh was created to clean wallpaper.
Read More → "PowerVR AX2185 Accelerates Neural Nets"
Computing is at a crossroads. For decades, we have surfed the exponential wave of Moore’s Law, tuning and tweaking the various von Neumann architectures, resizing caches, redefining pipelines, debating RISC vs CISC, messing with memory structures, widening words, predicting branches, and generally futzing around until we reached a point where we could claim victory for another node. We have built various schemes for … Read More → "Computing at a Crossroads"