Research: The Heart and Soul of DAC


Research is the very heart and soul of the Design Automation Conference (DAC). In fact, one could easily argue that our industry as we know it today would not exist if not for the fundamental research that has been published at DAC for over five decades, as well as many of its sister conferences (e.g., DATE, ICCAD, etc.) This year I am honored to have been selected to serve as the 56th DAC T... » read more

It’s Time For Companies To Embrace IP Management


Everything is a rat race these days. You can see everyone scurrying around trying to be ahead of everyone else. It is the same wherever you look, be it at schools, at work, at the grocery store, on the roads. Semiconductor companies – big and small alike – are more intent than ever on trying to be the first to get their SoCs into the market. Some are bound by cultures and traditions on ... » read more

Week in Review: IoT, Security, Auto


Internet of Things What’s better than a 5G network? How about a local, private 5G network? The Industrial Internet of Things may drive the development of such networks. Of course, 5G cellular communications technology is still being worked out worldwide. BMW, Daimler, and Volkswagen are looking ahead to the future; those automotive manufacturers notified Germany’s Federal Network Agency th... » read more

Are Devices Getting More Secure?


Adding security into chip design is becoming more prevalent as more devices are connected to the Internet, but it's not clear whether that is enough to offset an explosion in connected "things." Security concerns have been growing for the past half-decade, starting with a rash of high-profile attacks on retail establishments, hotel membership clubs, and Equifax, one of the three top credit-c... » read more

October ’18 Startup Funding: IoT, Security, Auto


Billions were raised in October for Internet of Things, cybersecurity, automotive electronics, and related technology startups. Automotive October fundings rolled in on the automotive side for Israel’s VayaVision ($8 million) and South Korea-based SOS LAB ($6 million Series A), which are developing products for autonomous vehicles. Silicon Mobility ($10 million Series B), a French startup... » read more

Week in Review: IoT, Security, Auto


Internet of Things The expensive implementation of 5G cellular communications may be justified by the Internet of Things, writes Hatem Zeine, founder and chief technology officer of Ossia, a developer of wireless power technology. Bain & Company forecasts the B2B IoT market will be worth more than $300 billion by 2020. IDC predicts overall IoT spending will hit $1.2 trillion in 2022. Mi... » read more

The Multiple Faces And Phases Of AI


AI is being used in more ways and more devices—and in more ways in those same devices—raising the level of confusion about exactly what people are talking about when they refer to AI and AI-enabled systems. AI is both a tool and a process. It also is a thing, although not even remotely close to the singularity portrayed by Arthur C. Clarke in 2001. And as it proliferates, it's becoming h... » read more

Automakers Gear Up For Autonomy


Even though it’s going to be a number of years before autonomous cars are everywhere, the technology to make it happen is already rolling out in stages, giving the automotive ecosystem a chance to gear up as development happens. From electronic fleet management systems, which are already prevalent in semi trucks today, to more sophistication in passenger vehicle driver assistance features, it... » read more

AI Training Chips


Kurt Shuler, vice president of marketing at Arteris IP, talks with Semiconductor Engineering about how to architect an AI training chip, how different processing elements are used to accelerate training algorithms, and how to achieve improved performance. https://youtu.be/4cnBCX-9jlk     See other tech talk videos here. » read more

AI Begins To Reshape Chip Design


Artificial intelligence is beginning to impact semiconductor design as architects begin leveraging its capabilities to improve performance and reduce power, setting the stage for a number of foundational shifts in how chips are developed, manufactured and updated in the future. AI—and machine learning and deep learning subsets—can be used to greatly improve the functional control and pow... » read more

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