The Week In Review: Manufacturing


IC Insights released its top-20 chip rankings in terms of sales for the first half of 2015. Samsung’s growth rate in 2Q ‘15 put the company closer to catching Intel, the world’s largest chipmaker. IC Insights also showed how the top-20 rankings would have looked if the proposed Avago/Broadcom and NXP/Freescale mergers were in place. Avago/Broadcom would have been ranked 7th and NXP/Freesc... » read more

Taking Stock Of IoT Standards


Trying to make sense of [getkc id="76" comment="Internet of Things"] standards today is like opening a can of worms. Definitions are still shaking out, consortia are popping up quickly, and everyone is in a mad scramble to capture their piece of the much lauded potential of an intimately connected world of devices. With so many points to consider, security is a good place to start. It is ... » read more

The Week In Review: Manufacturing


German laser giant Trumpf is spending more than 70 million euros ($76.9 million) to build a new facility for its laser amplifier technology in EUV lithography applications. Trumpf has nothing to do with the Republican presidential candidate Donald Trump. But rather Trumpf is a German-based supplier of machine tools, lasers and electronics for industrial applications. Meanwhile, Trumpf’s new b... » read more

The Week In Review: Manufacturing


GlobalFoundries completed its acquisition of IBM’s Microelectronics Group, creating a behemoth that is expected to extend well beyond the combined footprint of the existing companies. As part of the deal, GlobalFoundries will get two additional fabs, one of which makes RF SOI chips. But while IBM was hesitant to expand that business by adding new fab capacity, GlobalFoundries already has t... » read more

The Week In Review: Manufacturing


Semiconductor Manufacturing International Corp. (SMIC), Huawei, Imec and Qualcomm have announced the formation of the SMIC Advanced Technology Research & Development (Shanghai) Corp., an equity joint venture company. Located in China, the joint venture company will focus on R&D towards next-generation CMOS logic technology. The current focus will be on developing 14nm logic technology, ... » read more

Wrong Verification Revolution Offered


SoC design traditionally has been an ad-hoc process, with implementation occurring at the register transfer level. This is where verification starts, and after the blocks have been verified, it becomes an iterative process of integration and verification that continues until the complete system has been assembled. But today, this methodology has at least two major problems, which were addres... » read more

Semiconductor R&D Crisis?


Research and development is a sometimes forgotten but critical element in the semiconductor industry. The delicate R&D ecosystem enables many of the key breakthroughs in the business. But there could be a troubling trend, if not a crisis, brewing on two fronts in the R&D arena. On one front, R&D costs for semiconductor technologies are escalating at each node. Higher R&D costs are not only ... » read more

Smart Grids, Smart Cities


What makes today’s power grid “intelligent” is the modernization of the technologies that both provide and support power distribution. These technologies use intelligent data analysis and communications, via a two-way, automated communications network to analyze what is going on within the grid. Information about the activities of both suppliers and consumers is collected, analyzed, an... » read more

IoT Requires The Evolution Of The “New” 200mm Fab


By Bill Martin & Paul Werbaneth In April, we all celebrated the 50th anniversary of Moore’s Law. While critical for the industry, sometimes “chasing-the-latest-technology” business model is not the answer. Sometimes veering away from Moore’s Law makes more sense and is a better alternative. But, ever since the 1970’s, many product developer minds were conditioned that smaller w... » read more

What’s Different At 16/14nm?


Will finFETs live up to their promise? It depends on whom you ask, when you ask that question, and the intended application of a design. But across the semiconductor industry, there is general agreement that it's getting easier to work at the most advanced nodes as tools and flows are better understood and overall experience increases. There is no question that [getkc id="185" kc_name="finFE... » read more

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