Wednesday, May 14th, 2014
There are three reasons you should visit OneSpin at DAC in San Francisco. First, they’re a German company, albeit with a group in California, so it’s great to chat with the German contingent while they’re in town; second, it’s been 10 years since they were spun out of Infineon, so they have that much experience selling verification tools into some of the largest semis in the world; and third, Dave Kelf heads up marketing for the company and any conversation with Dave’s going to leave you better informed and happy to be working in the industry. He’s the ultimate optimist.
I spoke by phone recently with Dave. It was morning in Silicon Valley and late afternoon in the U.K. as he described a new tool recently released by OneSpin that’s useful for evaluating verification coverage.
Dave said, “OneSpin’s been working on this for a while with customers. It was actually a customer who said to us: Look, you’ve got this great coverage engine. Why don’t you release it as a separate tool, because it could be very beneficial.
“So we looked at our coverage engine, added some features, made it useful to a number of different companies, and released it as Quantify. The response has been great. It’s really started to transform the environment for our customers, a group of very high-end companies.”
Wednesday, May 7th, 2014
In the same week that glamorous images from the Met Gala in New York City and the White House Correspondents Dinner in Washington, D.C., remind us that power and beauty are closely linked, how appropriate to hear that CMU’s Dr. Diana Marculescu has been named the 2014 recipient of the Marie R. Pistilli Award by the DAC committee for Women in Electronic Design.
With a PhD in Computer Engineering, and over a decade of commendations from the NSF, ACM, IEEE, ASPDAC, ICCD, ISQED, and the Carnegie Institute of Technology, Dr. Marculescu is both powerful and beautiful. She is a marvelous role model for both young women and men who want to lead lives of great intellectual vigor that are also rich with aesthetics and joy.
Prof. Marculescu is a bright, engaging technology leader and educator, has served or is serving as graduate adviser to over 20 masters and doctoral students at CMU pursuing research into CAD tools for energy, variability and reliability-aware computing, and CAD for non-silicon systems, has published over 100 papers, garnering 3 Best Paper Awards along the way, is an expert in networks and adaptive distributed systems, and is as delightful an individual as you could ever hope to meet, the embodiment of grace and charm.
Thursday, May 1st, 2014
A friend likes to spend hours on Sundays reading the New York Times cover to cover. Pointing to an article from last weekend’s edition, he exclaimed, “This Putin guy is a real piece of work! He’s a total dictator and worse, thinks he can win the world war he’s about to unleash!”
“Stay calm and carry on,” I said soothingly. “It’s a global economy these days and he will succumb to the pressures of maintaining a steady environment for international trade.”
“Yeah?” the friend scoffed. “And you call yourself a student of history? You don’t think there was a global economy in 1939?”
“Look,” I said. “Seriously. The EDA industry is in Moscow. Do you think they’d be playing in an environment that’s spiraling out of control?”
“Yeah?” he retorted. “The world, starting with Putin, doesn’t care about your precious EDA. And besides, who says EDA’s in Moscow?”
Thursday, April 24th, 2014
Talking to ProPlus Design Solutions requires a long view of history over at least the last 20 years in EDA. In 1993, BTA, an EDA company focused on device model extraction and SPICE simulation, was founded with U.C. Berkeley’s Dr. Chenming Hu as Chairman of the Board. In 1999, BTA merged with Ultima, and became Celestry in 2001.
Finally, in 2003, the combined companies were acquired by Cadence Design Systems. Then in 2007, a new company called ProPlus was spun out of Cadence to support the original BSIMProPlus device modeling platform with roots going back to BTA/Celestry.
Current ProPlus CTO Bruce McGaughy earned his PhD at Cal with Chenming Hu as his advisor, served at both BTA and Celestry, and worked at Cadence, before joining ProPlus 6 years ago. I had a chance to talk with Dr. McGaughy in person last month in Silicon Valley. Our conversation covered a range of topics.
Monday, April 21st, 2014
In the moments prior to Cadence’s quarterly earnings call this afternoon, the company released news of the acquisition of Jasper Design Automation for $170 million, less $24 million in cash, and a small tremor rippled out across the EDA Nation.
Paraphrasing Cadence CEO Lip-Bu Tan in the early minutes of his 5pm ET earnings call: We are very pleased to announce a definitive agreement to acquire Jasper Design Automation. This will help us to further meet our customers’ needs for more advanced verification solutions, particularly today as verification now represents 70% of the cost of SoC development. Together, Cadence and Jasper can move forward, offering the strong formal verification solutions leading customers need. In addition, Cadence is also very pleased to be bringing on board the strong team at Jasper, a team with excellent real-world experience.
All good stuff, yes? So why any tremors in our beloved little EDA Nation?
Thursday, April 17th, 2014
Overlooking the inky calm of Monterey Bay, the lights of tethered boats in the marina reflecting in the shimmering waters below, Wally Rhines delivered a mesmerizing after-dinner keynote on Thursday night, a gift to an intimate group of EDPS attendees assembled in the low-slung Monterey Bay Yacht Club adjacent to the municipal pier.
It was textbook Rhines: a detailed re-telling of the last 50 years of the semiconductor industry with a log-log analysis of the validity of various versions of Moore’s Law, a dizzying display of data on shrinking feature sizes, and an adamant admonition that the law is, in fact, an economic learning curve with applicability that extends beyond the narrow confines of electronics.
From there, Rhines talked at length about what constitutes a process node, the gulf between Engineering’s obsession with gate length and Marketing’s obsession with world domination, and how reality got so out of whack with message that in recent years the ITRS had to step in and put an end to a war of claim versus counter-claim. Nonetheless, per Rhines, one company’s 16nm today is another company’s 14nm, as the murky physics behind the labels obfuscates to confuse the customer and confound the competition.
But the real core of Rhines’ talk was still to come: He addressed the issue of margins, head-on, across the entire spectrum of the semiconductor food chain, one micro-segment at a time. To do this to completion required many more charts, extensive additional analysis, and a lot more time. Yet, even as the hands of the clock over the bar inched well past 9 pm, no one in the room budged, yawned, or dozed – so complete was Rhines’ mastery of the material and command of the context. It was brilliant.
Thursday, April 10th, 2014
As a journalist, you often talk to product managers of EDA companies. Sometimes, you talk to VPs, SVPs, or even EVPs. On the rare occasion, you might event speak with a CEO. This last, being more likely if it’s the CEO of a small EDA company. Of course, these days small companies in the industry are harder and harder to come by, consolidation being the current national pastime across the width and breadth of the EDA Nation.
As a journalist, however, the kind of person you rarely talk to is someone in sales. And that’s not necessarily a bad thing.
On the rare occasion when a journalist talks to an EDA sales person, it’s usually at big vendor-sponsored dinners associated with large conferences, evening events set aside to entertain press, analysts, and customers where there’s some sort of company rep assigned to sit at each table. It’s on those rare occasions that a journalist might accidentally end up sitting next to, and talking to, someone from EDA Sales – all the way through the salad, the main course, the dessert, and even through the after-dinner entertainment.
And it’s during those rare encounters at big dinners that many journalists realize that the EDA industry they thought they knew, is a completely different kettle of fish, a completely different entity, from the one where EDA sales people live and work.
EDA Sales occupies a completely different EDA Nation from the one journalists hear about from EDA product managers, executives, or marcom specialists who busily spin narratives about the company specifically for the benefit of the press and the endearing little stories they write.
Thursday, April 3rd, 2014
There are lots of clever ways to tell you why it’s worth your while to attend EDPS in Monterey on April 17th and 18th. It’s less noisy than DAC, less vendor-specific than CDNLive, SNUG or U2U; less crowded than ISSCC; has fewer presentations than DVCon; and boasts no co-located events to confuse your schedule like at ISQED. But that doesn’t tell you why EDPS is worthwhile. It’s the list of speakers and the setting that should convince you to carve out some time on that Thursday and Friday to run down to Monterey – a scenic hour’s drive from Silicon Valley – to attend the 21st annual Electronic Design Process Symposium.
On Thursday, Wally Rhines is giving the keynote after dinner; during the day, Gary Smith’s moderating a session on design flow challenges that includes Frank Schirrmeister, John Swan, Gene Matter, Jim Kenney, and Naresh Sehgal; Sehgal’s leading a session on pre-silicon software development platforms that includes Camille Kokozaki, Shantanu Ganguly, Kumaraswamy Namburu, Schirrmeister, and Vicki Mitchell; Herb Reiter’s moderating a session on FinFETs, 3D-ICs, and FDSOI, that includes Jamil Kawa and Paul McLellan; and the kick-off keynote on Thursday morning will be given by Intel’s Chris Lawless talking about pre-silicon platforms for software development.
On Friday, Dan Nenni’s leading a whole day on IP that includes Martin Lund, Patrick Soheili, Warren Savage, Kurt Shuler, Lluis Paris, Carey Robertson, and Bernard Murphy. Finally, Aparna Dey is General Chair for EDPS. All together, that’s 24 people and a robust ecosystem of knowledge and experience comprising this year’s EDPS program.
Thursday, March 27th, 2014
The last time I had a lengthy conversation with Dr. Andreas Kuehlmann, he was director of Cadence Research Labs, housed in an off-campus office building just across the street from U.C. Berkeley. I spent an hour touring the lab, located on several floors there, with Kuehlmann as my tour guide.
First launched in 1993, by 2007 the Cadence lab was enjoying incredible new facilities when I visited, heavily kitted out with shiny work stations, high-end desks, fancy seating, gleaming conference rooms, and the usual array of tech-toys one expected to be on-site to entertain the young fanciful ones whose creativity apparently relied on having their work stations and their play stations positioned in close proximity
At the time, Mike Fister was King at Cadence. His reign, although now thoroughly besmirched by history, included in the plus column the company’s ongoing funding and encouragement of their Berkeley-based BlueSky TechLab/PlayPen.
During my visit in December 2007, my tour guide explained in great detail how Fister had been there several days before and had again reassured Kuehlmann that he had at his disposal all of Cadence’s resources: Kuehlmann’s job was not to worry about funding, only to worry about the rate at which his feisty group of wunderkinds were turning out innovative ideas that could be embraced by the mainline Cadence organization and brought to market.
Wow, what a gig, I probably said at the time, and Kuehlmann probably agreed: Cool digs just a few quick steps away from Cal’s engineering brain-trust, cool young folks soldiering away all around him, and a way cool corner office for the lab’s director that looked straight out to the Golden Gate Bridge. What wasn’t to like about that set-up?
Wednesday, March 26th, 2014
If ever there was a need for additional help in design, now is the time. As the industry marches down, node after node, the problems ramp up, node after node.
After my conversation with Mentor’s Joe Sawicki several weeks ago about all of the pros/cons of moving to the next node, it was good then to speak with Sage-DA CEO Coby Zelnik about how his company’s tools are designed to help solve the single most ferocious problem that arises once designers in the trenches are ordered to make that move – the explosion in number and complexity of design rules.
Given that you all know how design rules work, can you quote chapter and verse about how the numbers of rule operations increase in the DRC Manual with each progressive node? Zelnik included a slide in his presentation last week that laid out the nightmare. At 65 nanometers, it’s 3000 rules; at 40 nanometers, it’s 4000 rules; At 28, it’s 8000. But at 20 and 16, the number stands at a staggering 16,000. The sheer magnitude of those numbers is what made the conversation last week with Zelnik so interesting.