Not Invented Here Syndrome


Recently I have made some choices on IP I needed to re-use and some I decided not to re-use. This got me thinking about the general topic of reuse in system-level design. Most will agree with a non-specific statement that reuse is a good thing, but the details tend to be a bit more ambiguous. Clouding the reuse question are occasional infections of NIH Syndrome (Not Invented Here), even if s... » read more

Looking For The Next Big Thing


With [getkc id="74" comment="Moore's Law"] slowing down or coming to an end, finding the next big thing may be very different than it was in the past. We cannot assume that more of the same will be a winner. The semiconductor industry has been blessed with two new product categories that have catapulted it through what should have been a very difficult period with barely a scratch. Those techno... » read more

The Changing IP Ecosystem


Is a larger [getkc id="43" kc_name="IP"] company better suited to deliver what users need – from hardware to software to PDKs and reference designs – with larger and more diverse teams to draw upon, as well as deep foundry relationships? Or does it pay to small, quick and nimble? The answer to that question appears to be playing out in real time. As design complexity has increased, so ha... » read more

More Than Moore


Semiconductor Engineering sat down to discuss the value of feature shrinks and what comes next with Steve Eplett, design technology and automation manager at Open-Silicon; Patrick Soheili, vice president and general manager of IP Solutions at eSilicon; Brandon Wang, engineering group director at Cadence; John Ferguson, product manager for DRC applications at Mentor Graphics; and Kevin Kranen, d... » read more

Different Approaches Emerge For Stacking Die


The concept of stacking die to shorten wires, improve performance, and reduce the amount of energy required to drive signals has been in research for at least the past dozen years at both IBM and Intel. And depending upon whom you ask, it could be another 2 to 10 years before it becomes a mainstream packaging approach—if it happens at all. At least part of the confusion stems from how you ... » read more

EDA Suffering Funding Crisis


The EDA industry has been built on venture funding ever since its inception in the early eighties and it is no secret that the big three have relied on a steady stream of startup companies to provide some of the new ideas, to test out new technologies and expand the industry. While there is a lot of research and development that goes on inside the large companies, most of this is related to ... » read more

A Novel Approach To Dummy Fill For Analog Designs


With small geometry silicon processes, additional nonfunctional geometric structures are required to maintain layer planarity during the chemical/mechanical polishing (CMP) phase of processing. The automated layout flows to generate such geometries tend to be designed primarily for large system on chip (SOC) digital designs. When applied to mixed-signal layouts, these flows have been seen to ha... » read more

Blog Review: Aug. 20


Ansys’ Bill Vandermark highlights the top five engineering articles of the week. Check out the “Sprouting Baby Monitor.” This may be a sign of what the IoT is really good for. You can also use your cat (or dog or even your kids) to hack your neighbor’s Wi-Fi. Cadence’s Richard Goering says gaps may be narrowing between available tools and what’s needed for 3D-IC design. Now all w... » read more

Week 10: Tallying It Up


I’m sticking with the theme of financial housekeeping given the DAC-related meeting I’m off to this week. Several of us on the executive committee are getting together to audit the 2014 conference and begin budget planning for the 52nd DAC. Prosaic stuff, I know, though it’s an important part of being good stewards to our main sponsors, who I blogged about two weeks ago. Of course we’re... » read more

Signoff Intensity On The Rise


By Ann Steffora Mutschler and Ed Sperling Lithography and signoff are crossing swords at 16/14nm and 10nm, creating new problems that raise questions about just how confident design teams will be when they sign off before tapeout — and how many respins are likely to follow. While designs at 20nm, 16nm and 14nm typically rely on colorless double patterning, at 10nm colors are mandatory. ... » read more

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