THE shift away from the Valley’s obsession with dot-com services and Web-based social networks is a return to the region’s roots. The Valley began as a center for electronics hardware design in the late 1930s, when Bill Hewlett and David Packard built an audio oscillator that Walt Disney used in the production of the movie “Fantasia.” At the start of the 1970s, the label Silicon Valley was coined because of the proliferation of semiconductor companies. In the mid-1970s, a group of computer hardware hobbyists started the Homebrew Computer Club here, which gave rise to several dozen start-ups, including Apple Computer.Places like the Silicon Valley (and, to a lesser extent, my own Silicon Swamp) become hotbeds of innovation as engineers get a better idea and head off to start their own companies. A good technical university can serve as both a backbone and feedstock. To be successful requires some minimum size and number of businesses, and while many cities have tried to be "the Next Silicon Valley", the original is still the standard. Of course, this goes on against the backdrop of the ongoing economic collapse of California that "the Professor", Victor Davis Hanson, has so eloquently written. The Valley may not survive but be replaced by Boise or another similar community.
One of the emphases of the piece is how the rapid prototyping industry is part of this.
Instead, any designer now has the ability to quickly experiment with new product designs using low-cost 3-D printers. These printers can churn out objects to make prototypes quickly — a fork, wall hooks, mugs, a luggage clasp — by printing thousands of layers of wafer-thin slices of plastics, ceramics or other materials. Products can be made quickly in contract assembly plants overseas, usually in China.Make no mistake, software is still a very big part of these designs, and they are very much cousins to the (current) grand master of the Valley, Apple. They highlight several interesting products coming out of the area: the Nest, a self-programming thermostat; Lytro, a really innovative camera which produces images that can be re-focused and zoomed after they come out of the camera; and Shaka, a plug-in for your smart phone to measure wind speed. There are more.
As hardware engineer, these developments are encouraging to see. But I gotta tell you, as a pure radio designer, I feel more and more like a dinosaur these days. The amount of pure RF design is shrinking yearly; most commercial radios are 1/10 radio and 9/10 computer. If you are getting started, or serious about building stuff at home, you should look into learning how to program FPGAs (Field Programmable Gate Arrays) at home. FPGAs allow you to almost completely encapsulate large sections of digital logic in one moderately priced chip which you program to your requirements. It's where digital design is going. It's almost getting hard to purchase individual logic gate chips these days.
I've had similar thoughts myself, seeing the proliferation of low-cost off-the-shelf generic hardware platforms that have become available in the last few years. There's no doubt that there will always be a need for hardware designers, but it seems like the current trend is toward more and more complex software. We used to wonder how we were going to do something in hardware and any necessary software was more of a "we'll cross that bridge when we get to it" kind of thing - now we're thinking about what we can do with the newest wizbang microcontroller and the hardware is almost ubiquitous in a lot of cases.ReplyDelete
I myself made the transition last month from hardware guy to software guy when I started a new job - although you can't ever really take the fascination (or is it obsession) with hardware out once its been planted. And there's no question that I have the utmost respect and admiration for you wizards of analog design - particularly those like you who have mastered the esoteric voodoo of RF design.
Yep, not too many places us "RF Dinosaurs" can work.ReplyDelete
But when I see young RF "engineers" come in, they have NO concept of simple things like Decibels, reflected power, return loss, insertion loss, or any of the other couple of dozen things you need to understand to be even a *minimal* "RF Engineer".
I noticed the trend of RF design thinning out when I worked for a wireless security system company. They had what worked, and most of the effort was in embedded design.ReplyDelete
Two words: "operational amplifier"ReplyDelete
Sorry, Q, I need context. What about op amps?Delete
Most youngsters I meet with freshly-minted degrees may have heard of op amps, but few actually know how to use them, let alone design something with them.ReplyDelete
Now days everything is digital, even though we live in an analog world.