The Week In Review: Manufacturing


For years, chipmakers have attempted to build fabs in India. So far, however, India has failed to set up modern fabs and for good reason. There are issues in terms of obtaining dependable power and water for a fab in India, according to Will Strauss, president of Forward Concepts, who added that India also suffers from government bureaucracy. India is still trying. Last week, Cricket Semicon... » read more

The Week In Review: Manufacturing


IBM continues to cut jobs, according to IEEE Spectrum and an IBM employee organization. Meanwhile, IBM and SUNY Polytechnic Institute announced that more than 220 engineers and scientists who lead IBM's advanced chip R&D efforts at SUNY Poly's Albany Nanotech campus will become part of IBM Research. While military applications continue to experience strong growth in RF gallium-nitride (GaN)... » read more

The Week In Review: Manufacturing


This week, IBM began to cut jobs amid lackluster results. Big Blue is also in the process of selling its chip unit to GlobalFoundries. GlobalFoundries said the jobs are safe at IBM Micro, at least for now, according to a report the Press and Sun-Bulletin. What’s the latest with Applied Materials’ proposed acquisition with Tokyo Electron Ltd. (TEL)? “Germany, Israel and Singapore approv... » read more

The Week In Review: Manufacturing


China’s ambitious plan in the 1990s to create numerous foundries did not come to fruition. But in 2014, the Chinese government described new semiconductor industry programs that will utilize investments by both the Chinese national government ($19.5 billion) and local government and private equity investors ($97.4 billion). “IC Insights believes that these outlays have the potential to sign... » read more

DSA Moves Ahead


It can be difficult to make DSA structures other than uniform arrays. One solution is to print a grating over a large area, then use a “cut” mask to eliminate the unwanted features. The challenge, though, is that aligning the cut mask to an array of tightly spaced features, such as the fins for a FinFET transistor layer, can require extremely demanding overlay specifications. While reducing... » read more

Unraveling The Mysteries At IEDM


In some respects, the 2014 IEEE International Electron Devices Meeting (IEDM) was no different than past events. The event, held this week in San Francisco, included the usual and dizzying array of tutorials, sessions, papers and panels. On the leading-edge CMOS front, for example, the topics included [getkc id="82" kc_name="2.5D"]/[getkc id="42" kc_name="3D IC"] chips, III-V materials, [getkc ... » read more

And the Winner is…


Semiconductor Engineering now has its first full year under its belt, and I have to say it has been an incredible year. Not only did we exceed a million page views in our first year, but we also got started on the Knowledge Center, an endeavor the likes of which has never been attempted in our industry. It is still very young and has a lot of growing up to do, but it is a wonderful start. We wo... » read more

Is The Stacked Die Ecosystem Stagnating?


It is now widely agreed that not much has been happening in terms of adoption for 2.5D interposer and 3D ICs. “It seems like everyone is still at the starting line waiting for the race to begin," said Javier DeLaCruz, senior director of engineering of [getentity id="22242" e_name="eSilicon"]. "Interposer assembly and IP availability for effectively using the [getkc id="82" comment="2.5D IC... » read more

IBM, Intel And TSMC Roll Out finFETs


At the IEEE International Electron Devices Meeting (IEDM) in San Franciso, IBM, Intel and Taiwan Semiconductor Manufacturing Co. Ltd. (TSMC) this week will separately present the latest details of their respective 16nm/14nm finFET technologies. As expected, Intel and TSMC will continue to use bulk CMOS. IBM will continue to go with rival silicon-on-insulator (SOI) technology. At IEDM, Intel ... » read more

What’s Next For DNA Chips?


The field of genomic personalized medicine is an emerging and promising area. Using lab systems called DNA sequencers, these units could provide vital information about an individual’s genetic makeup. In this area, several companies are developing next-generation DNA sequencers, built around CMOS-based semiconductor technology. But CMOS-based DNA sequencing chips, and the competing techno... » read more

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