Anne Cirkel is the General Chair for the 52nd DAC and a Senior Director for Technology Marketing at Mentor Graphics. Prior to joining Mentor Anne held marketing management positions at Analogy, Viewlogic, and Berner & Mattner. Anne holds a Master's degree in Business Administration with an … More »
September 19th, 2014 by Anne Cirkel
Surely the biggest tech news since my last post is the new Apple Watch, finally announced September 9 after months of anticipation. I can’t add much to the volumes that have been written, except perhaps to issue my standard gentle reminder on behalf of our industry anytime a tech device makes a splash. Surely the new watch, and for that matter the two new iPhones that were part of the announcement, simply wouldn’t have been possible to design and test without EDA tools and expertise. The world may look at the watch and make declarations like this from Scott Stein and David Carnoy at CNET: “For fitness-lovers who want a smart connected workout device that plays music, the Apple Watch could be a slam dunk.” Or this from Farhad Manjoo at The New York Times: “The biggest news was about the old Apple: It’s back, and it’s more capable than ever.” Or even make parody videos that get the predictable millions of YouTube views (see below). Meanwhile I can’t help but think of all the hardware/software verification that Apple had to do before Tim Cook could take the stage.
August 20th, 2014 by Richard York
Mixed-signal silicon design, bringing the worlds of analog and digital technology onto a single die, has never been an easy task. Formerly, the analog and digital teams would work independently on their designs, leaving the place and route team with the thankless task of integrating everything onto a single chip. A microcontroller design, with all of its carefully thought out peripherals, would be routed leaving analog-sized holes for the oscillator, ADC and transceivers needed to complete the design.
August 18th, 2014 by Anne Cirkel
Here in Portland summer is in full swing. Outdoor tables are full at the restaurants in my neighborhood and there are more people on the trails in Forest Park where I walk my two Miniature Schnauzers most mornings. And this time of year it’s more than feet that wander. Even as I hurry to keep up with the dogs, my mind is often rambling elsewhere, often to matters related to DAC. Some of these musings are making it into my efforts to blog my way to next year’s conference, weekly on the DAC site and monthly here on EDA Café.
I know at this point most people are thinking, DAC? That’s a lifetime away. But as general chair for DAC 52, I’m often brought up short during my morning strolls by realizations like this: We have just 10 months to plan this conference! Suffice it to say there is lots to do and, summer and eating and trekking aside, those of us on the executive committee haven’t been idle.
Last week, a few of us met in Louisville, Colorado to audit the 2014 conference and begin budget planning for DAC 52. Yes, it’s a somewhat tedious process to go through expense reports, vendor bills and registration data. However, we take this work seriously, understanding that we’re merely stewards of a conference that has been going on since the days of time-sharing on mainframes. Indeed, just as time-sharing has morphed into cloud computing and the Internet of Things, now among the hottest topics in technology, DAC has proven remarkably adept at staying relevant and even reinventing itself through the years. All of us on the executive committee want this to continue on our watch.
August 13th, 2014 by Palmer Pearson
There was a time when the “big three” gave the impression they deeply cared about what their customers saw in their documentation and how useful they shared critical product information. From my view, that is no longer the case. Maybe that is harsh but this is more than a simple impression. Whether providing book-based or topic-based documents, whether offering downloadable pdf hard copy, sharing online documentation with robust search capabilities, or delivering meaningful embedded tutorials, most EDA companies took an active role in ensuring what they produced would be innovative, encompass the latest trends and meet (and even exceed) customer expectations.
July 16th, 2014 by Anne Cirkel
In the strange way that time passes, particularly in the world of tech, the 2014 Design Automation Conference is already feeling like ancient history. Was it really just last month that the Moscone Center exhibit hall was crammed with essentially all of major players in EDA? Whether or not you were there, you’re forgiven if you haven’t thought about DAC in the weeks since. In the last few weeks, the tech beat has continued to serve up big stories, including Amazon’s phone and Google’s Android everywhere announcements. It’s also the season of summer vacations. Oh yeah, and there was the small matter of a soccer tournament in Brazil.
In the years before I joined the DAC executive committee I often stopped thinking about DAC soon after leaving for the airport to head home to Portland. Not that it hasn’t always been a great show. It’s just that as is true for most attendees, the demands of my various day jobs always started to loom after several days away. This year and next, forgetting DAC is not an option for me because I’m the incoming general chair of next year’s conference. That is, in a very real way, DAC 52 is my job (or at least my second job), for the next 11 months.
July 10th, 2014 by Sanjay Gangal
Article source: IESA
BJP swept into power a few months ago in India. They have unveiled a new national budget that promises to create a framework to jump-start semiconductor and electronics development in India.
Dr. Kaustubh Nande, Country Marketing Head, ANSYS India commented:
“This budget definitely addresses some long pending reforms particularly on tax and duty structure on electronic imports. However, today’s budget also extends investment deductions to semi-conductor wafer fabrication manufacturing units. This will boost electronics manufacturing and attract a greater share of R&D investments in the country. India needs to build intellectual capital in the long term and this budget perhaps is a good start. A positive and much needed boost to the electronics manufacturing and R&D sector.”
July 2nd, 2014 by Anand Desai
Responding to customer demand and advances in technology, there is currently a strong trend among building security system manufacturers to evolve their products from traditional analog systems to IP-based products. Doing this allows them to leverage widespread innovation in IP-based communication systems through Cloud services. These new security systems are much more than just intruder alarms. They offer increased functionality, connectivity, and access options to take advantage of the capabilities of emerging technology. They provide a much richer set of features such as voice over IP (VoIP), call routing, rule-based response, and even allow access via mobile devices.
May 27th, 2014 by Lauro Rizzatti
It wasn’t all that long ago when hardware emulation providers heading to DAC worked overtime to get their booths filled with interested verification engineers with big challenges. Hardware emulation was still viewed as an esoteric and expensive luxury that only few could afford.
Fast forward to 2014. This year is prime time for hardware emulation, now a mandatory verification approach for all semiconductor designs. Left alone are a few analog-centric designs and a bunch of small digital designs. It is also become somewhat more affordable based on the price per gate.
I predict this year DAC will be much different than previous years as semiconductor companies, forced to accelerate time to market even as their chip designs get increasingly more complex, are looking to hardware emulation.
May 22nd, 2014 by Dave Kelf
You may have noticed that one of the DAC themes this year is automotive electronics. If you happen to work on designs that have nothing to do with cars, you may have already disregarded this aspect of the show. Well, not so fast! Its worth a closer look.
We all know that auto electronics has gone through something of a renaissance over the last few years. Cars burst at the seams with processors, perform automated gyrations such as self-parking, and now one or two are taking the ultimate step of driving themselves about town. Who gave the Google Chauffeur car its driver’s license, anyway?
What makes this application area interesting is not necessarily the cool gadgets, but the additional constraints placed upon automotive electronics that are not a factor in other industries. I would like to focus on one, the verification aspect of automotive safety critical components.
April 7th, 2014 by Dianne Kibbey
Everyone loves a good language war. I am, of course, talking about programming languages. Despite the myriad of programming languages available in the modern electronics industry today, C and C++, first developed in the 1970s and 1980s, are still viewed as the most important starting points for engineers.
element14, an online community of more than 220,000 design engineers and hobbyists, recently conducted a survey of preferred programming languages and more than 100 respondents submitted their answers. About 54% of those surveyed deemed C/C++ the most important, with Python as the second most popular choice garnering 18% of the vote.
The remaining languages scored as follows: