The old timers at my first company had one of the technicians trained to hold the eprom upside down after programming to be sure the bits did not leak out. That joke is so old that it no longer has to shave.
Here's what I'm wondering-
Would it be possible to perhaps take some smoke from a Cray supercomputer and inject it back into an 8-bit microcontroller? In addition to adding incredible speed, you might even be able to add some features!
For many years, engineers have made jokes about letting the smoke out of an IC, and how you'll never get it all back in there. I'm glad to see an enterprising company has finally addressed this problem, and at only $1,111.12, it sounds like a bargain!
I love the last sentence of their product description: "A must-have item for any shop, especially if you’re an idiot."
It's amazing how many young engineers remain unaware of the dangers of peanut butter when you drop a big "glob" onto your keyboard, and -- with a tear rolling down one's cheek -- watch it slither its way between the keys -- shortly before the keyboard inexplicably ceases to function (not that this has ever happened to me, you understand :-)
Because the features of concentrated smoke are hidden and thus largely unknown to the user, AEROstich will be launching the "Insmell Inside" campaign to promote the benefits of reconcentrated smoke. Business has also myseriously spiked in Oregon and Washington recently.
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.