System Design Enabling The Human Intranet


Against the always-impressive backdrop of the French Alps, DATE took place earlier this month in Grenoble. DATE has quietly transformed from a European version of DAC into a very interesting technical conference with some very high-caliber attendees. This year, I had the pleasure to participate as session chair for the design tools section, themed “Designing Electronics for the Internet of Th... » read more

Speaking IoT In Many Languages


Let’s face it, Internet of Things (IoT) is a hot topic. Depending on whom you believe, it’s a $300 billion to $19 trillion market opportunity involving 25 billion to 100 billion devices by 2020. These are all huge numbers – they could make Alan Turing himself dizzy. The sheer size of these numbers means good things for the market in general, and for some companies in the tech sector speci... » read more

Tech Talk: IoT Design Changes


eSilicon's Lisa Minwell talks with Semiconductor Engineering about what's needed to push Internet of Things designs down to the microwatt range, and how to bridge the gap between what's available today and what's needed for the future. [youtube vid= bk3BgtJnFpg] » read more

From Medical And Wearables To Big Data


Whether it’s a tiny always-on medical device or a secure cloud network processing Big Data, the Internet of Things is bringing new challenges to IC design. This white paper provides techniques and IP examples for managing IoT’s power and bandwidth demands. To read more, click here. » read more

3 Key IoT Benchmarks


The [getkc id="76" comment="Internet of Things"] has been billed as the next huge opportunity for semiconductors—tens of billions of things connected to a centralized infrastructure, to people, and in many cases to each other. After conducting hundreds of interviews with executives, engineers and university professors from all facets of the global supply chain over the past year and reviewin... » read more

Tech Talk: Swarm Boxes


Edward Lee, distinguished professor of electrical engineering and computer science at UC Berkeley, shows off a prototype of a new class of IoT devices that fit into a category dubbed immobiles, and introduces a more meaningful terminology for the IoT: The Internet of Important Things. [youtube vid=4QLRfJ-fQKg] » read more

Semitrex: Efficient Power Conversion


Power conversion is becoming a very big deal in the IoT world, as companies seek to connect the analog/physical world with the digital processing world. Enter Semitrex, a Laguna Beach, Calif.-based startup led by Michael Freeman—the same guy who won Emmy awards for a mobile technology video. His latest incarnation uses what it describes as cascading capacitors in a multi-chip module (MCM)... » read more

First Time Success And Cost Control


First time success has been the ultimate goal for semiconductor companies due to escalating mask costs, as well as a guiding objective for the development of EDA tools, especially in the systems and verification space. These pressures are magnified for the [getkc id="76" comment="Internet of Things"] (IoT), especially the edge devices. Have system-level tools been able to contribute to first ti... » read more

Antennas Everywhere


A simple rule when it comes to electronics is that while digital circuits scale, antennas do not. That may not sound like a serious problem until you consider that as more devices get connected—cars, watches, industrial equipment—and they add more features that require interaction with the outside world, they need more antennas to make it all work. In the future, there literally will be... » read more

One-To-Many: Shifting Left, Adding Gears


[getperson id="11034" comment="Aart de Geus"], chairman and co-CEO of [getentity id="22035" e_name="Synopsys"], launched into high gear for his keynote talk at this year’s Design and Verification Conference (DVCon). The gathering attracted a record number of attendees, and it is estimated that about 350 people crammed into the room to listen to him talk about the shift left that is happening ... » read more

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