In the past, I’ve focused my annual predictions on electronics – ICs and EDA – but recently I’ve turned my focus to photonics, so my 2020 predictions are primarily in this area.
Historically, photonics has been the Gallium Arsenide of technologies; it was, is and always will be the technology of the future. Analysts have forever … Read More
I recently wrote about this year’s Cadence Photonics Summit. As I mentioned in that post, it was a fascinating event with several companies providing useful and informative presentations. You can access some of the presentations on the event site. One presentation, given by Jose Capmany of iPronics, was especially interesting… Read More
The International Electron Devices Meeting (IEDM) is one of the premier technical conferences covering semiconductor technology and is a must attend event. This years conference will be held December 1[SUP]st[/SUP] through 5th, 2018 at the Hilton San Francisco Union
Square hotel.… Read More
Elon Musk, Stephen Hawking and others have been warning about runway artificial intelligence, but there may be a more imminent threat: quantum computing. It could pose a greater burden on businesses than the Y2K computer bug did toward the end of the ’90s.
Quantum computers are straight out of science fiction. Take the “traveli… Read More
DAC is coming, next week, in beautiful downtown Austin at the Convention Center. I’ll be there Monday and Tuesday, running around the exhibit area. If you haven’t yet got your plane and hotel tickets, drop everything and start looking. I’m guessing this will be as popular as it always is, especially given the venue. I know of multiple… Read More
I’ve written recently about the trend to move more technology to the edge, to mobile devices certainly but also to IoT edge nodes. This is based particularly on latency, communications access and power considerations. One example is the move of deep reasoning apps to the edge to handle local image and voice recognition which would… Read More
Public-key crypto-systems rely these days on approaches founded in mathematical methods which are provably hard to crack. The easiest to understand requires factorization of a key based on the product of two large prime numbers. Much has been made recently of the ability of quantum computers to crack this style of encryption.… Read More
This topic comes up periodically but for me had always been one of those things I’d get around to understanding better someday. A recent blog in SemiWiki got me looking a little harder and determined to write a blog to get this out of my system, if for no other reason than getting rid of excess tabs on my browser. So here’s my quick review.… Read More