Posts Tagged ‘NVIDIA’
Wednesday, October 11th, 2017
After two years in Austin, the Design Automation Conference is returning to San Francisco for two good reasons: The City’s Moscone Convention Center has been thoroughly remodeled since DAC’s last visit in 2015 – enlarged, reworked, modernized – and the industries that fuel DAC – electronic design automation, system design, IP, and embedded systems – have a powerful and historic presence in Silicon Valley, a where place many in these disciplines work and live.
Hence June 2018 will witness a glamorous return to the Bay Area for DAC, and all its stakeholders, not the least being next year’s General Chair and Notre Dame CSE Professor, Dr. X. Sharon Hu.
In a recent phone call, Hu said it’s particularly exciting to be coming back to San Francisco, because the City is one of her favorite venues.
In preparation for DAC in 2018 and to similarly enhance anticipation for her Executive Committee – that group of hard-working volunteers who work the magic each year bringing DAC to fruition – Hu recently hosted a team building exercise here in 2017 in the just-reopened Moscone West portion of the massive complex. The group made sushi, and with pictures of the cook-off trending on Twitter, she laughed when I asked how it all went.
Thursday, September 7th, 2017
Talking to Dean Drako is probably a little like talking to Elon Musk: Both men have their fingers in multiple pies. In Drako’s case, and apropos to semiconductor design, one pie includes the IP and EDA industries.
Dean Drako founded IC Manage in 2003, a company whose products are targeted at IC designers who need help coordinating their efforts, integrating third-party IP into their design equation, and accelerating design. Interestingly, at the same time Drako was founding IC Manage, he was also founding Barracuda Networks, and ran both companies simultaneously for a number of years.
Today 14 years later, Drako still serves as President and CEO of IC Manage, but is ‘only’ on the board of Barracuda. Lest you think his plate is not full enough, however, he’s also currently President and CEO of Eagle Eye Networks.
Prior to our phone call last week, I researched Drako on Wikipedia: “Drako has written a number of articles on Open Source, Big Data, and SoC design. He is a frequently invited speaker on the topic of entrepreneurship [and] is a holder of 27 patents, including patents in network security, network protocols, digital circuits, software, biochemical processes, and sporting equipment.”
Yeah, pretty much just like talking to Elon Musk.
Thursday, May 18th, 2017
Here begins the first of four dialogs about Grand Challenges in IP. This first installment is a conversation with Sonics co-Founder and CEO Grant Pierce, who also currently serves as Chair of the ESD Alliance. We spoke by phone earlier this week.
Asked to enumerate the Grand Challenges in IP he sees today, Pierce began: “Having been in the industry for 20 years myself, I am surprised that we still have some challenges ahead of us. We have new entrants into the industry that are more focused at the system level, however, with customers coming in to interact with the IP guys directly to get their custom designs done.
“What I am seeing today, versus 20 years ago, is the emergence of Machine Learning. And that brings with it some technical challenges. On the one hand, they are very familiar – the age-old challenges about bandwidth and throughput – but on the other hand, they are also very new. Today’s applications are driving things together in a totally new way.
Thursday, May 4th, 2017
It’s not been pretty of late in the world of IP. Imagination’s valuation tanked when it was revealed in early April that the company might be losing Apple as a customer. Imagination says it’s going to fight this development, but a different ending to the story of David and Goliath comes to mind in that declaration.
Then this week, that same Imagination announced it was selling MIPS – a company it bought back in 2012 with great fanfare for [a mere] $60 million. [It’s true, MIPS’ patent portfolio was worth a lot more.]
Also this week, TSMC announced it is charging a former employee with IP theft: The former employee is alleged to have stolen manufacturing data from TSMC specifically related to Nvidia and AMD chip production, taken it across the Straights of Taiwan, and turned it over to his new employer in the PRC, HLMC.
Thursday, April 27th, 2017
Tom Alsop and the team at Accellera are elated: The UVM standard has been accepted by the IEEE as 1800.2 and congratulations are certainly in order.
The effort has consumed upwards of 10 years, and represents thousands of man-hours of effort, consultation, compromise, consensus building, rinse and repeat. Over and over until the final product was polished, presented and approved by the IEEE. Not an easy process by anybody’s estimation.
When we spoke by phone this week about the Accellera announcement, I asked Tom Alsop [Principal Engineer at Intel] how difficult the whole thing had actually been.
He chuckled slightly: “For us, it was fairly difficult.”
Thursday, February 16th, 2017
Millions of people are talking about when we will stop driving our cars, many thousands are working on it, and six among those thousands made an appearance Tuesday evening, February 7th, on a panel at IEEE’s International Solid State Circuits Conference in San Francisco.
Over the course of the hour, the six speakers outlined their different visions of the technical roadmap that must be pursued to achieve fully autonomous cars. Of the six speakers, however, only three actually attempted to answer the panel prompt and their answers were wildly disparate.
So when will we stop driving our cars? 1) It’s impossible to know. 2) Not until 2030. 3) We already are beginning to stop driving our cars.
The panel was moderated by a senior Intel engineer, heavily involved in the company’s newly organized business unit specifically focused on autonomous driving systems.
Thursday, June 20th, 2013
Despite their marked contributions to DAC in Austin, the folks in the IP world have not been resting on their laurels, but have continued to generate developments of both a technical and business nature.
** Synopsys and OCZ Technology Group announced OCZ “achieved first-pass silicon success” in its newest NAND flash Vector SSD using Synopsys’ DesignWare DDR2/3-Lite PHY, Embedded Memories, STAR Memory System, and Professional Services.
The companies say the OCZ Vector SSD was designed “to deliver superior sustained performance through its new, high-performance Indilinx Barefoot 3 flash controller supporting the SATA-3 protocol. Synopsys’ design consultants worked closely with OCZ’s engineers throughout the implementation of their chip, delivering expertise and advanced methodologies in IP integration, physical design, and physical verification that enabled OCZ to complete their implementation in less than six months.”