EDA Shows Continued Growth


EDA and IP revenue jumped 3.8% in Q2 to $1.65 billion, up from $1.59 billion in the same period in 2013, spurred by the need for new tools to design, create and verify SoCs using 16/14nm finFETs. Sequentially, the numbers reported by the EDA Consortium were down slightly from Q1, but the four-quarter moving average—considered a more reliable number because tools sales are long-term investm... » read more

Critical Choices


There’s been a lot of talk about what’s good enough. Is 10 hours of battery life enough? If the tradeoff is between a smaller battery and extra hour of battery life, which is more important? Those kinds of discussions are at the heart of consumer electronics. Ultra-thin smart phones are more attractive than fat ones, and they’re easier to put in your pocket. But a new kind of discussio... » read more

The Brave New World Of FinFETs


SoCs using 16nm and 14nm finFETs are expected to begin rolling out next year using a 20nm back-end-of-line process. While the initial performance and power numbers are looking very promising, the challenges of designing and building these complex chips are daunting—and there are more problems on the way. First, the good news. Initial results from foundries show a 150% improvement in perfor... » read more

Reliability Challenges In 16nm FinFET Design


As the IC industry rapidly adopts the 16nm technology node, IC designers are faced with a new wave of reliability challenges. The 16nm node has introduced several changes in the way that the devices are fabricated and how the metal stack-up is built. On one hand designers gain speed, leakage and density improvements. On the other, reliability engineers need to address the narrowing electromigra... » read more

Manufacturing Bits: Oct. 1


Nanoimprint Foundry Singapore’s A*STAR’s Institute of Materials Research and Engineering (IMRE) and its partners have launched a new R&D foundry using nanoimprint lithography. The so-called Nanoimprint Foundry is a collaboration between several entities, such as IMRE, Toshiba Machines, EV Group, NTT, NIL Technology, Kyodo International, Micro Resist Technology, Nanoveu and Solves In... » read more

Viable Choices Ahead


Two years ago—basically one process node back, wherever companies were on the Moore’s Law road map—there was confusion about what lies ahead and what is the best way to proceed. During that time, three very viable options have been proven to work. Some already are in silicon, while others are coming very soon. The first is the finFET. At the very leading edge of the road map, finFET... » read more

The Week In Review: Sept. 20


By Ed Sperling It’s reference flow update time as TSMC prepares to roll out both finFETs and stacked die capabilities, and advanced capabilities at 20nm. The foundry updated its reference flows to include tools and IP from all of the Big Three EDA companies. It added Mentor Graphics’ place and route and DFM tools in its 16nm finFET reference flow, and added a slew of Mentor tools, inclu... » read more

Risk Vs. Reward


One of the most persistent business myths is that deep pockets in challenging times always win in the end. While that has proven a successful model in many industries where the barrier to entry is enormous and rising, in the technology world the outcome isn’t always what you’d expect even with those same variables. In fact, the history of technology is littered with former business giant... » read more

Experts At The Table: Process Technology Challenges


By Mark LaPedus Semiconductor Manufacturing & Design sat down to discuss future transistor, process and manufacturing challenges with Subramani Kengeri, vice president of advanced technology architecture at GlobalFoundries; Carlos Mazure, chief technical officer at Soitec; Raj Jammy, senior vice president and general manager of the Semiconductor Group at Intermolecular; and Girish Dixit, v... » read more

Layers Of Business And Tech Issues


Slice an onion in half and one onion pretty much looks like any other onion. Peel it back, layer by layer, and put it under a powerful microscope, and each layer suddenly looks very different. The same is true for semiconductors. To the outside world, a chip is a chip and an interconnect is an interconnect. Each one has different specs, but even the parts that make up those chips look remar... » read more

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