As an engineer who spent over 30 years in the Silicon Valley you are probably not surprised that I have a lot of opinions about technology and the industry. I have seen lots of technical and business successes and failures. The last couple of years I have started blogging, but not with any consistency. I am going to try to do better.
But maybe I need to clean up my lab first.
Watched the congressional discussion on AI today. I asked my AI friends to help me write a speech for the hearing in case I get called. Here is what we came up with:
What does the end of Moore’s Law mean for the semiconductor industry? This article explores the factors contributing to the end of this long-standing prediction and discusses the potential implications for the semiconductor industry.
What should the AI assisted Software Development Life Cycle look like?
A common need in any embedded product development project is engineering development, test, and calibration applications. Laser beam scanning products support software needs are even greater than most developments as mirror and laser calibration are essential to safe high performance operation.
While not currently a common development approach ZedTech has used a command line / device scripting approach based on the Forth programming language.
I have been doing a lot of reading and thinking on EVs and the future of transportation. Perhaps some of my observations will be useful to others. (still draft, but wanted to get out there)
The relative costs of biological and non-biological intelligence pose an intriguing question. Let’s begin by exploring the costs associated with non-biological intelligence.
I worked on developing, mnaufacturing, and distributing vein visualization tools for over 12 years. So I have talked about the technology a lot. These product are an excellent example of projection augmented reality.
While the story sounds simple, “Having a hard time finding a vein? Use a simple vein visualization tool to help you visualize the veins in your arm.”, it is not as simple as it sounds.
The immersive experience market continues to evolve with the search for revenue and as the market grows. As the different participating companies search for differentiation and sales, they have come up with a variety of terms to describe the market that they are addressing
I was curious if there was something interesting happening at the PCBA level of products incorporating 5nm parts. I was looking for evidence of chiplet design planning.
What do the 2020s signify for the advanced process semiconductor industry, given recent technological, fab, and government funding announcements?
A transition is undoubtedly taking place in this industry, which currently has three fab players: TSMC, Samsung, and Intel, alongside a vast infrastructure of innovators and suppliers.
The availability of semiconductor process nodes at the most advanced level has plateaued over the last decade. However, the combined forces of technological innovations, product demand (and the capacity to pay for them), and government-supported capex programs ensure that growth continues.
The post I did on the R language made me think about the computer languages that I have liked and those that I haven’t. Thought it might be worthwhile to review what I continue to use.
In a meeting I was in yesterday someone apologized for only knowing the R language. While not a classical “great” programming language I explained that it can serve many useful and practical purposes and that there is no reason why one should be apologetic about it as it has some many useful and practical applications.
I thought it might be useful to share some of the applications that I have professionally used R for:
I have built a number of visualization products and like other augmented reality products latency is a key design characteristic.
Having built a series of vein visualization devices for AccuVein (AV300/AV400/AV500) I thought it would be interesting to share the history of NIR vein visualization. As technologists we usually think we are living in and creating things that are completely new. I thought the story was a good reminder that while we think we are creating new things that we stand on the shoulders of others and that others have gone this way before. Many of the ideas that we are working on have been around for a very long time.
I shared a bit of this story when I received the SPIE Prism award for best medical device of the year for the AccuVein AV400 in 2014. SPIE is the premier international professional society for optics and photonics, so I was very honored to receive this award.
A couple years ago I decided to start blogging and ended up not being as committed to it as I intended. Not waiting for the new year and restarting this activity.