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Max Maxfield Looks at the Future of ElectronicsJuly 13, 2015 | Andy Shaughnessy, PCBDesign007
Estimated reading time: 17 minutes
Clive “Max” Maxfield has worked for decades in this industry, and in a variety of capacities: Engineer, author, editor, columnist, blogger, and keynote speaker, just to name a few. I caught up with my former columnist recently and asked him what he’d been doing to stay out of trouble, and what sort of technology and futuristic electronic gadgets were piquing his interest right now.
Andy Shaughnessy: Good to talk with you again, Max. Why don’t you start out by giving us a little bit of your background.
Max Maxfield: Hi, Andy. It's great to catch up with you also. My background? Well, I graduated high school in the summer of 1975, which was notable for several reasons, including: The band 10cc released the classic I'm Not in Love; I saw Pink Floyd perform Dark Side of the Moon live at the Knebworth open-air festival; and we had two weeks of blue skies with no clouds. The people in England are still talking about it—I was born and bred in the county of Yorkshire, so I was 20 years old before I saw the sun for the first time.
At the end of that summer, I started a four-year electronics course at Sheffield Hallam University, but I quickly realized that it was more academic than I was looking for. We were spending a lot of time doing things like calculating the angular momentum of electrons, which is something I think you can do in the privacy of your home if you are so inclined. For myself, I wanted to work with rockets and robots; so, after the first year, I transferred to a four-year BSc degree course in control engineering, which had a core of mathematics and "surrounding subjects" of electronics, mechanics, and hydraulics/fluidics.
After I graduated in 1980, my first job was as a member of a team designing CPUs for mainframe computers at International Computers Limited (ICL), which was the UK's equivalent of IBM, but much smaller, of course.
Looking back, it truly is amazing how much things have changed. At that time we were designing ASICs containing only 2,000 logic gates, and we were doing so at gate/register-level schematics using pencil and paper. Functional verification involved you and your colleagues sitting around a table looking at your schematics—you explained what your logic was supposed to do and they either agreed or offered suggestions. Timing analysis involved you deciding on the critical paths and then adding up all of the delays by hand. Basically, I predate electronic design automation (EDA) as we know it.
Eventually, two of the managers left ICL to form their own company, and they invited me and a couple of other guys to join them. This led to me learning about digital logic simulation, which led to me traveling around the world giving training courses in simulation, which led to me writing magazine articles and speaking at conferences, which led to me moving to Huntsville, Alabama, USA, in 1990 to take a position with Intergraph Corporation. Intergraph's electronics group eventually split off as VeriBest, which was subsequently acquired by Mentor Graphics.
My father passed away in 2000. He was 84 and I was 42, which seemed symbolic at the time, so I and a couple of friends formed our own little company providing high-tech marketing consulting. Eventually, we put all of our money into a project that failed, so they went off to get real jobs and I became a freelance consultant. Then, a couple of years ago, I was offered a job with UBM as one of the editors at EETimes.com, which led me to my current position.
Shaughnessy: You rose to fame within the electronics industry with your book “Bebop to the Boolean Boogie,” which was adopted by Yale and a variety of other colleges. What made you decide to write a book? How many have you penned so far?
Maxfield: Well, I love reading for a start. I really like science fiction and fantasy, and I also really like graphic novels (see Gobsmacking Graphic Novels and Alex + Ada; A future that may be closer than you think). In addition to technology in general, I also enjoy learning about math, physics, chemistry, and biology, just so long as they are written in a fun and friendly style. I get bored really quickly with dry-as-dust writings.
When I awoke one Saturday morning back in the mists of time we called 1992, I was planning on visiting a local bookstore, but then I thought it would be fun to one day see a book of my own on the bookstore shelf, so I powered up my computer and wrote "Now sit up and pay attention, because this bit's important." Then I sat back and thought "What am I going to write about?" The two things I knew the most were electronics and computers. I hated it when I was at university and I waded through book after book, none of which seemed to have the information I was looking for, so I ended up writing Bebop to the Boolean Boogie (An Unconventional Guide to Electronics), now in its third edition, which is jam-packed with nuggets of knowledge and tidbits of trivia, and which stands proud to this day as the only electronics book to feature a recipe for seafood gumbo.
Remember that this was before the Internet as we know it today, so I basically spent two years of evenings and weekends at the local library where they had a copy of the Encyclopedia Britannica that I could use to check dates and facts. When I finished and sent it off to the publisher, I thought I'd never do anything like that again. But when I started watching television for the first time in two years, I quickly realized that I'd go insane if this was all I did, so I started work on the sequel, and things just kept on rolling along. (There's a list of Max's books thus far at the end of this article.)
Shaughnessy: Tell me about your “day job.” What are you doing to stay out of trouble?
Maxfield: I tell you, I don’t think I've ever worked harder in my life. Is it just me, or do you find that things seem to be coming at you faster and faster and that you are constantly juggling too many things? The problem is that I can't juggle. Actually, that's not strictly true—I can juggle five fine china plates, but only for about one second.
But wait, there's more, because I'm now the technical content director for the Embedded Systems Conference (ESC). This year we're having three ESCs in North America. ESC Boston 2015 took place in May; ESC Silicon Valley 2015 is coming up July 20-22, and we'll close the year out with ESC Minneapolis 2015 November 4-5. Of course, by the time we get to ESC Minneapolis 2015, we'll already be working furiously on ESC Boston 2015.
I'm too young for all of this excitement. On the bright side, since I'm now in charge, I have a high level of confidence that my own papers will be accepted! At ESC Silicon Valley, for example, I'm hosting an RTOS Smackdown, discussing the use of Awesome Analog Meters, and considering The Future of Embedded Systems.
Shaughnessy: You’ve written quite a bit about programmables. What sort of cool technology are you seeing in the programmables space?Page 1 of 4
TT Electronics, a leading provider of global manufacturing solutions and engineered technologies, announced today that one of its Asia electronics manufacturing facilities has received approval from the Food and Drug Administration (FDA), through its premarket approval (PMA) supplement evaluation process, to manufacture Class IIa devices on behalf of global medical OEM customers.
VDL Groep has strengthened its position in the high-quality electronics market. The industrial family business with its head office in Eindhoven has acquired Rena Electronica from Zundert.
HANZA AB has signed an agreement to acquire all shares in Orbit One AB, a Swedish company that offers contract manufacturing of electronics and electromechanics. Orbit One has annual sales of approximately SEK 1.1 billion with an operating profit (EBITA) of approximately SEK 70 million.
Materials Costs Continue to Improve but Labor Costs Remain a Pain Point for Electronics Manufacturers12/05/2023 | IPC
Electronics industry sentiment improved during November with demand sentiment also taking a solid step up over the last 30 days per IPC’s November 2023 Global Sentiment of the Electronics Supply Chain Report.
About 200 kilometers (125 miles) north of Mexico City lies Queretaro, an area rich in history, with stone streets and public squares, and which twice has been the country’s capital. But it’s also quickly becoming a global capital of electronics manufacturing, especially aeronautics, and was the location for the first IPC Day Mexico this past June.