Malaysia Airlines Flight MH370 And The Progress of Technology


Cable news has been continuously deluging us with lots of speculation regarding the fate of Malaysia Airlines flight 370. Most of us are drowning in a sea of jargon as TV talking heads express incredulity that, “with all our modern technology, a plane disappeared…” Although the disappearance of flight MH370 is a terrible tragedy, I see the larger context of our progress in commercial a... » read more

New Approaches For Reliability


The definition of reliability hasn’t budged since the invention of the IC, but how to achieve it is starting to change. In safety-critical systems, as well as in markets such as aerospace, demands for reliability are so rigorous that they often require redundant circuitry—and for good reason. A PanAmSat malfunction in 1998 caused by tin whisker growth wiped out pagers for 45 million use... » read more

EDA Resurgence Through Open Flows


A couple of years ago I would talk to investors about startups in the systems space and overwhelmingly they were extremely negative: startups were dying; there was no investment; it was difficult to get products to market. This same conversation has happened in the past with infrastructure software, and is happening now with EDA in terms of stagnation, lack of innovation and lack of investment.... » read more

New Product Introduction Process For Heterogeneous 2.5D Devices


For the past few years, the most popular topics in the 2.5D space have been: The design tools Foundry processes for through-silicon vias, temporary bonding and bump architecture The assembly process, such as what is first bonded to what The industry is at the point where the open variables on these topics are narrowing, and other critical aspects need to get far better attention. The... » read more

Look Who’s Making Chips


The entry into the chip business by companies such as Apple, and possibly Google, Amazon and a handful of others, may seem like a land grab in the semiconductor world, but the reality is that system companies have always done their own semiconductor design. Only the names have changed. IBM made its own PC processors, and it still makes them for its high-end servers. HP made chips for its PCs... » read more

Commoditizing Our Kids


My son is graduating from high school this year. He’ll be starting on an engineering degree in the fall. Thinking about the outlook he will face reminds me of questions and comments I have received from customers and colleagues at various points. In my mind these thoughts reduce to a simple question: Is engineering skill becoming a commodity? From Wikipedia: “The exact definition of th... » read more

How Much Will That Chip Cost?


From the most advanced process nodes to the trailing edge of design there is talk about the skyrocketing cost of developing increasingly complex SoCs. At 16/14nm it’s a combination of multi-patterning, multiple power domains and factoring in physical and proximity effects. At older nodes, it’s the shift to more sophisticated versions of the processes and new tools to work within those proce... » read more

EDA Shapes Its Future


In part one of this series, Semiconductor Engineering looked at growth within the EDA industry and the types of approaches being made to expand the scope of the markets that they serve. Scope expansion comes from the creation of new tools, the growth of companies in the IP space and the various ways in which opportunities can be found in new markets. Additional growth opportunities come from so... » read more

Distortion Effects Prevail In RF Design


It’s an exciting time for consumers of wireless devices, but it’s a challenging time for system designers who must design, analyze and verify that all of the components in those wireless devices interoperate. In wireless designs, distortion effects play an important role in the performance of RF circuits, including mixers, low-noise amplifiers (LNAs) and power amplifiers (PAs) and managi... » read more

The Great Shift To The Left


Writing this while I am at DATE in Dresden, Germany, I am also preparing for two panels on system-level trends later today and one on software-driven verification tomorrow. I am also visiting partners and customers to discuss our current and planned technologies. A while ago I had augmented “Leibson’s Law” stating that it takes 10 years for any disruptive technology to be adopted by desig... » read more

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