Recently some of the incandescent bulbs in my house started burning out at a higher-than-traditional rate. (Yes, we still have quite a few of them in use, in addition to CFLs and even an LED bulb.)
At first, I assumed that it was just coincidental manufacturing defects, but since the bulbs were of different wattages, and from different sources, maybe that wasn't the case. Of course, they could all be from the same factory, just with different labels and packaging.
But I have a small AC-line voltage readout in one of my outlets; it's a unit I received at least 15 years ago from Datel (now part of Murata Power Systems). Even though the date code says 1996, Datel/Murata still lists it on their web site, here. It's a tribute to the longevity of its seven-segment LED display that it is still readable, though the segments have dimmed and their uniformity is not as good as when I got it (see photo) - but hey, this is 24/7 operation over all those years, so we're talking 130,000+ hours, thus far.
In a Strategy Analytics survey, 40% of Americans said they were not at all interested in fully autonomous driving. It's hard to picture those opposing gun control abdicating the freedom of turning their own steering wheel.
Verification remains a key issue in system-on-chip development. The time taken to verify a high-density SoC design to a high level of confidence can lead teams to think the unthinkable. One of these counterintuitive options is to not exhaustively verify a chip before taping out but use the resulting silicon itself as a cornerstone of the verification process.
Join our online Radio Show on Friday 11th July starting at 2:00pm Eastern, when EETimes editor of all things fun and interesting, Max Maxfield, and embedded systems expert, Jack Ganssle, will debate as to just what is, and is not, and embedded system.