Back in March, TriQuint elected to acquire WJ Communications for $72 million. Both companies traded on the USA's Nasdaq stock exchange. At a special meeting of WJ shareholders held recently in San Jose, the acquisition was approved and the approximately 132 remaining members of WJ's team will evidently remain in tact as a wholly owned TQ subsidiary. The members were apparently enticed to remain, thanks to a nice new TQ stock option inducement. What WJ brings to TQ's current offerings in technology will blend nicely, of course, and indeed the merging of the two makes one less wireless GaAs player in a continually tightening field. It also adds some simple but cool RFID technology to TQ's ever growing lineup of products. Beyond the technological synergy, this is the classic cultural fit.

What makes this particular acquisition special is the history of the two companies. Way back when... WJ Communications was much, much more than the relatively small company it was up to the point of the acquisition. Back when it was Watkins-Johnson and affectionately called, simply, "WJ"... hence, the origins of "WJ", it was considered the giant of the original GaAs-based microwave technology companies. It had the GaAs-based microwave technology upon which so much of our CS industry is now firmly based. Alas... as some of us have painfully learned, some giants continue to rule, seemingly forever... and some don't.

The original "WJ" was to the early compound semiconductor field what Fairchild Semiconductor was to the early days of the silicon semiconductor field. (I know. I was there!) Everyone who was anyone in the fledgling field of compound semiconductors back in the original days of the emergence of the compounds (circa late 1970s and early 1980s, which then meant "advanced" microwave technology) worked for WJ. That's when the term "MMICs" came into being. For you relative newbies to the field, MMIC stands for Monolithic Microwave Integrated Circuit. As it was explained to me back then, compound semi ICs looked that looked very unlike silicon ICs. They built them in higher and higher stacks, upwards, kind of like Hong Kong real estate. And they were all analog devices that were "tweaked". Not as scientific nor digital as today, but really fun to make. (Heck, everything seemed more fun back then.)

My introduction to WJ was via some of those who were to become the first to fledge from WJ to form Pacific Monolithic. As a young (and very cute) tradepress reporter for EE Times and a notoriously good pitcher, WJ let me occasionally play on their softball team. (EE Times didn't have a softball team.) And I got invited to their company picnics too. You got to know a company in a whole different light when playing softball at night in Silicon Valley, and you got to know the employees even better over mugs of beer as Silicon Valley softball nights wore on.

So, despite the subsequent years of WJ getting smaller and smaller, and knowing the individual employees less and less, I've always had a soft spot for WJ, which admittedly is largely credited to their generosity in letting me play softball and treating me to beer. Not too long after that, TriQuint came on my radar screen with a similar corporate culture of generosity, warmth, inclusiveness and ability to have fun at social outings. At that time TriQuint and Vitesse were the emerging GaAs giants and you could see that WJ was gradually losing ground to these upstarts.

Like I said earlier, WJ's history can be likened to Fairchild Semiconductor, which today isn't anything like the original "rust bucket" company it was in Sunnyvale in the "Hey Daze" of Silicon Valley. Back then, Motorola in Arizona was stealing Fairchild employees right and left, and Fairchild was sending spies to the San Jose Airport to see who was being lured away. As the years wore on and companies like Motorola, National Semiconductor and Intel robbed all the Fairchild national treasures and started their climb to the dominance they subsequently enjoyed (and continue to enjoy) the original Fairchild became history. Over the years, former WJ MMIC gurus left to do their own thing as well, and the original WJ became history. Meanwhile, up in Oregon, TriQuint became a GaAs MMIC powerhouse.

Back in the '80s, boy could TriQuint make its presence known! And the beauty of TriQuint in subsequent years, under the leadership of Ralph Quinsey, did what few have been able to do. It has remained a compound semiconductor powerhouse, despite the trying times we've all felt or seen over the last few years. I always believed that when any consolidation dust settled, TriQuint would remain standing tall when others fell by the wayside. There's simply something about a company that bases itself in sound leadership and corporate honesty and openness, especially one that partakes on a growth path that sticks to its core values and offerings and embarks on sensible gradual expansion that you just know it will survive, and eventually thrive.

That brings us to current times and the vast changes that have taken place in the ever-increasingly international field of wireless infrastructure. The China wireless market is opening quickly, for example, and things are expanding again at TriQuint as their Richardson, Texas plant moves to 6" GaAs and the company further embraces GaN technology. A design center in Silicon Valley and WJ's current business relationships will definitely come in handy.

As WJ's CEO, Bruce Diamond, put it: "We see great synergy with TriQuint in the areas of technology, customer relationships and manufacturing efficiencies. There is very little product overlap and a good cultural fit between our two organizations. We bring a broad product line of RF building blocks and modules as well as a talented Silicon Valley based design team to an established leader in the RF market space.”