Dedicated ASIC Design Is Now Cost-Effective


Current market and technology trends have increased the demand for mixed-signal ASICs. Smaller projects with modest design budgets are viable due to low cost design tools and easy access to flexible, mature IC processes. This is especially compelling for developing mixed-signal ASICs for cost-sensitive sensor applications for the Internet of things (IoT). This paper discusses how costs and risk... » read more

Japan: Finding Leadership In New Technology Areas


By Osamu Nakamura The semiconductor industry is a technology-driven industry — and technology invention and innovation are the engines that drive industry growth. Japan has seen the global landscape for semiconductor manufacturing change, and in turn, Japan’s semiconductor industry has been changing, finding technology leadership opportunities in emerging technology areas that lead to grow... » read more

Blog Review: June 3


An emergency torch that lets you breathe while escaping a smoke-filled building; a car that shrinks to fit into parking spaces that aren't quite big enough: from extreme situations to everyday activities, Ansys' Justin Nescott features devices designed to make life easier and safer in his picks for week’s top five engineering articles. Check out the prosthetic foot that takes commands from se... » read more

Energy Harvesting Update


Manos Tentzeris, professor of electrical and computer engineering at the Georgia Institute of Technology, sat down with Semiconductor Engineering to discuss energy harvesting. What follows are excerpts of that conversation. SE: What is the state of energy harvesting and are we making progress. Tentzeris: The latest results are systems with efficiency up to 40% to 45% utilizing ambient UH... » read more

Challenges For The IIoT


Unlike the [getkc id="76" comment="Internet of Things"], which is largely still a collection of connected devices that don't always play well together, the Industrial Internet of Things ([getkc id="78" kc_name="IIoT"]) already is in heavy use and growing across a number of markets well outside of the usual markets associated with semiconductors. A Morgan Stanley "blue paper" report issued la... » read more

Manufacturing Bits: March 10


Hi-tech pens The University of California at San Diego has developed a hi-tech ballpoint pen. Researchers have taken off-the-shelf ballpoint pens and filled them with bio inks. With so-called enzymatic-ink-based roller pens, users are able to draw biocatalytic sensors on a surface. [caption id="attachment_18297" align="alignleft" width="300"] Researchers draw sensors capable of detecting... » read more

Mentor Graphics Buys Tanner EDA


By Ed Sperling & Brian Bailey [getentity id="22017" e_name="Mentor Graphics"] has just purchased [getentity id="22561" e_name="Tanner EDA"] for an undisclosed sum, according to sources close to the deal. The acquisition moves Mentor squarely into the analog and mixed signal tools world, while positioning it to play a much bigger role in the Internet of Things market. Mentor isn't t... » read more

Short-Range, Low-Power Sensors


Over the last 10 years the world has done a remarkably good job of connecting the global wireless world. This is partly because of visionaries, partly because of marketers, and partly just because we can, but mostly because of convenience. We now never need be to be off the wide-area interconnected highway. The last decade has radically changed the way we live. The smartphone and its cousin, th... » read more

IoT Turns To Dust


The current thinking for the [getkc id="76" comment="Internet of Things"] is that a single or bi-directional interface will be attached to just about everything. It will be an amalgamation of hardware and software that will sense whatever we want, assess it anyway we want, and send it anywhere we want—or where someone else wants. "There has probably never been a more exciting time to work ... » read more

LP Spread-Spectrum Sensors


It is pretty much an accepted fact that the common denominator of the IoT will be intelligent sensors. Virtually everything and everyone will be “sensed.” These sensors will collect an immense amount of data, and that data will have to be funneled for analysis at some point. Much of this will occur in real time, but some of it can be stored and forwarded, or collected on demand. Tethered... » read more

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