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With the industry abuzz about the Apple purchase of a Maxim Integrated fab as a potential R&D facility for MEMS design, it begs the question: is creating a MEMS device that easy?
MEMS technology is approaching the same fork in the road where digital design encountered LSI four decades earlier. … Read More
With every new technology node, there are newer physical effects that need to be taken into account. And every new physical effect brings with itself several new formats to model them. Often a format is also associated with several of its derivatives, sometimes an standard reincarnation of a proprietary format further evolved… Read More
“You don’t argue with success,” said Paul Galvin back in 1949 at the creation of a new venture that would eventually become known as Motorola Semiconductor Products Sector. He was referring to how Daniel E. Noble, one of Motorola’s top managers, had persuaded him to set up a small electronics research… Read More
I was kind of shocked when the service manager at our local VW dealership told me that one of the wires in the ignition system of my wife’s New Beetle had started to overheat, melting the insulation and becoming a safety hazard. Why didn’t a fuze just blow, protecting the wiring from overheating? We decided to quickly … Read More
I had a debate with Steve Carlson of Cadence earlier in the year at the EDPS conference on whether there were really any truly effective solutions for doing power estimation in emulation. I thought there weren’t and he said I was wrong. After attending the Cadence front-end summit last week, I have to admit he has a point.
First, who… Read More
Back in the microprocessor stone age, government procurement agencies fell in love with the idea of radiation hardened parts that might survive catastrophic events. In those days, before rad-hard versions of PowerPC and SPARC arrived, there were few choices for processors in defense and space programs.
One of the first rad-hard… Read More
Years ago I thought that chip design companies would embrace the latest technology and be eager to adopt new tools. What I learned was that the people implementing and managing design projects were taking a lot of risks with almost every aspect of their projects. What they most wanted is to minimize risk from the design process – especially… Read More
Software-centric Emulation environment takes the forefront in modern SoC verification. As more and more devices are IoT enabled, the SoCs have to make special provisions to factor many things including communication, power usage, and network switching, and so on. Also, the demand for an SoC (specifically for smartphone which… Read More
At the Cadence front-end summit last week, Jay Roy presented the Cadence Joules solution for RTL (and gate-level) power estimation. Jay is ex-Apache, so knows his way around RTL power estimation which should make Joules a product to watch. Joules connects very natively to Palladium for power characterization for realistic software… Read More
So far in my blog series on low power we’ve looked broadly at what’s changing in the low power verification landscape and focused on a new methodology developed by Mentor Graphics and ARM called successive refinement, which is now included in the UPF standard. Power management techniques create their own brand of clock domain crossing… Read More
Quantum Computing Technologies and Challenges