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ARM used to build their own models. By hand. They had an instruction-set simulator (ISS) called ARMulator that was largely intended for software development, and cycle-accurate models that were intended to run within digital simulators for development of the hardware of ARM-based systems.
There were two problems with this … Read More
For many, maybe most, big designs, Apache’s RedHawk is the signoff tool for analyzing issues around power: electromigration, power supply droop, noise, transients and so on. But the latest designs have some issues: they are enormous (so you can’t just analyze them naively any more than you can run a Spice simulation… Read More
It’s been 34 years since I graduated from the University of Minnesota with a degree in Electrical Engineering so I was curious about what has changed in quantum physics since then. Alastair Rae is the UK-based author who wrote the book – Quantum Physics: A Beginner’s Guide. I read this on my Kindle Touch e-book… Read More
How could I talk about the various Interface protocols (PCIe, USB, MIPI, DDRn…) from an IP perspective and miss the PHY IP! Especially these days, where the PHY IP market has been seriously shaken, as we will see in this post, and will probably continue to be shaken… but we will have to wait and look at the M&A news during the next … Read More
At the GSA 3D IC working group meeting, Cadence presented their perspective on 3D ICs. Their view will turn out to be important since the new chair of the 3D IC working group is going to be Ken Potts of Cadence. Once GSA decided the position could not be funded then an independent consultant like Herb Reiter had to bow out and the position… Read More
Smart mobile SoCs: Appleby Don Dingee on 04-29-2012 at 9:00 pmCategories: Arm, IP
Apple sells devices. Lots of them. Their success is due to many things related to design and tech religion, and an important part is the SoC inside those devices which creates the experience people want. The official Apple information on their parts is minimal. Their SoCs have been dissected with more fervor than Roswell aliens.… Read More
At 28nm and below, a number of electrical variation effects become significant which depend not only on individual devices, but the physical interaction between neighboring devices, wells, etc during the manufacturing process. Some of these effects have become collectively referred to as “Layout Dependent Effects” (LDE);… Read More
There is an interesting discussion in the SemiWiki forum in response to the EETimes article: Intel exec says fabless model ‘collapsing’. Definitely an interesting debate, one worth our time since the advertising click hungry industry pundits will certainly jump all over it. Clearly I’m biased since I helped build… Read More
IC device physics uncovers limits to reliable operation, so IC designers are learning to first identify and then fix reliability issues prior to tape-out. Here’ s a list of reliability issues to keep you awake at night:… Read More
We have all heard that planar transistors have run out of steam. There are two ways forward. The one that has garnered all the attention is Intel’s trigate which is their name for FinFET. The other is using thin film SoI which ST is doing. TSMC and Global seem to be going the FinFET way too, although at a more leisurely pace. But … Read More
AI Bubble?