June 2013 - Page 4 of 6 - Semiconductor Engineering


VLSI Kyoto – The SOI Papers


By Adele Hars There were some breakthrough FD-SOI and other excellent SOI-based papers that came out of the 2013 Symposia on VLSI Technology and Circuits in Kyoto (June 10-14, 2013). By way of explanation, VSLI comprises two symposia: one on Technology; one on Circuits. However, papers that are relevant to both were presented in “Jumbo Joint Focus” sessions.  The papers should all b... » read more

Manufacturing Ecosystem Challenges


What are the challenges facing semiconductor manufacturers and designers at the leading edge of Moore's Law? Semiconductor Manufacturing & Design asked Kevin Kranen of Synopsys, Seow Yin Lim of Cadence, Michael Buehler-Garcia of Mentor Graphics and Tom Quan of TSMC. [youtube vid=d6-zMJSxnpg] » read more

Deja Vu All Over Again


By Brian Fuller I’m sure you’ve had that experience, at least once in your life, where you’re walking down the street, you pass someone and think, “Where do I know that guy from? Looks soooo familiar….” Well, here in this spot, I’m that guy. You’re looking at that incredibly sincere mug shot nearby and thinking, “Where do I know that guy from? Didn’t he sell me a really ... » read more

Rethinking Big Iron


By Ann Steffora Mutschler One size does not fit all when it comes to the server market, and that may be the best option for low-power processor makers to gain a toehold in a world that until now has been almost laser-focused on performance. Even higher-performance versions of low-power processing architectures are starting to show up inside of datacenters. Many are application-specific ... » read more

Automotive Power Concerns


By Ann Steffora Mutschler With advanced semiconductor technologies infiltrating the automotive market in ever new and exciting ways, there are also challenges to implementation involving power. In fact, power has become a concern in many areas of automotive design. Consider the Tesla, for example. The dashboard features a 17” touchscreen with the entire vehicle controls. This system i... » read more

Drowning In Data


By Ed Sperling The old adage, “Be careful what you wish for,” has hit the SoC design market like a 100-year storm. After years of demanding more data to understand what’s going on in a design, engineering teams now have so much data that they’re drowning in it. This is most obvious at advanced process nodes, of course. But it’s also true these days at more mainstream nodes such as... » read more

Watching And Waiting For DFP


By Ann Steffora Mutschler Although the semiconductor industry has been talking about the need to optimize SoC designs for power for many years, it is safe to say it’s still in the very early stages of the 'Design for Power' approach. That’s not to say that methodologies and tools are not in place. There are actually a number of options available, depending on the level of abstractio... » read more

The Shape Of Things To Come


By Ed Sperling The standard method of designing chips—by shrinking features and turning up the clock frequency—is running out of steam for many companies. It’s too difficult, too expensive, and without a commercially viable new lithography source it may become even more unrealistic for most applications. That certainly doesn’t mean Moore’s Law is ending, but it could become more o... » read more

Power Grid Analysis


By Marko Chew Introduction Power grids (PGs) have consumed an increasingly larger percentage of routing resources in recent process node generations, due to lower maximum current limits imposed by the foundry. It is not uncommon to see upwards of 30% of the routing resources consumed by the PG, with correspondingly negative implications for a design’s routability. Of course, the design’... » read more

Life In A Connected World


By Qi Wang At this year’s DA, we heard a lot of discussions on the Internet of Things. Gregg Lowe, CEO of Freescale, said in his keynote speech that by 2020 there will be 50 billion connected devices. Considering there are an estimated 4 billion devices in the world now, mostly unconnected, this represents huge growth potential for the semiconductor industry because each device will have at ... » read more

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