Strategic Inflection Points: A Case Study


In his book, Only The Paranoid Survive, Andy Grove, former CEO and Chairman of Intel describes a “strategic inflection point”  as being similar to the situation when a hiker on a trail suddenly realizes he is lost. The hiker doesn’t know when he became lost, but something has changed.

The concept of strategic inflection points is perhaps Grove’s most important contribution to high tech management. I believe that this is because of the lightning speed of change and events in high tech markets like semiconductors. Then there is the sheer volume of information flying by, and the need to be able to discern what’s important from all of it.

In the early 1980’s the Japanese began a coordinated global campaign to displace Intel’s dominance in semiconductor memory.  The Japanese industry effort was coordinated by MITI, the government ministry of industry.  My Intel counterpart in Finland was reporting that the Japanese semiconductor reps were working directly from the Japanese Consulate in Helsinki.  At Intel’s technical center in Tokyo, Intel engineers were besieged with claims of Intel chip performance anomalies, requiring that Intel share complex testing results, known as “schmoo plots,” after the Rube Goldberg cartoon strip. Increasingly this appeared to be a coordinated effort at “reverse engineering.”   The Japanese also appeared to be engaging in an elaborate global pricing scheme designed to confound Intel in markets outside the continental US.

Simultaneously, I became a member of the hand-picked Intel Memory Components Marketing team, just as we relocated the division from California to Oregon.  At the direction of Ed Gelbach, senior Intel Marketing VP, and Andy, we quickly formed into an elite group of Ivy League MBA’s and Intel veterans to attack this Japanese challenge to Intel.  At about the same time, the Japanese challenge so disturbed US government officials that an arranged investment marriage was executed with IBM taking a 15% minority stake in Intel to send a message to the Japanese. The strategic situation was seen as dire.  For a number of years the elite Memory Components Marketing group succeeded in achieving miracles, and confounded the Japanese.  The global Intel Sales organization, repeatedly voted us the #1 marketing group at Intel, though we brought them less commission than other divisions.  Barry Cox, Scott Gibson, Frank Costa (my housemate), Bill Howe, Roy Coppinger, Larry Gordon, Nick Stier, Craig Brooksby, Ray Rund and many others made the difference. I should also give a nod to Tim Sweeney, who is the true “Intel alumni” who preceded those of us who followed him to Intel’s European organization.

Grove has not revealed much about this time, and the internal Intel effort to combat the Japanese, before he and Gordon Moore finally decided to exit the memory business, as a “strategic inflection point.”  NPR recently broadcast an interview with both Gordon and Andy that did not touch on Intel’s efforts to confront the Japanese.

A key factor in this global battle, was the traditional belief that new leading edge semiconductor manufacturing processes needed to be “proved out,”  in high volume memory production, before moving the most advanced microprocessor designs onto the new process.

The first strategic inflection point at Intel occurred when Gordon and Andy famously made the decision to end the memory business. They concluded that high volume memory production was not required to “prove” semiconductor manufacturing processes before putting microprocessors into production, and that Intel could safely exit the memory business, and remain highly competitive.

At least that’s how I remember it.

Kelowna Not Yet Middle Earth


I parachuted into Kelowna after years of working in Silicon Valley traveling the globe for some of the best companies and VC‘s, and most recently running a high tech incubator in Silicon Valley for the government of New Zealand.  What struck me immediately about Kelowna was the aura of unreality of many locals about the situation here.  Club Penguin only made the unreality worse. There were a number of reasons for this. First, apparently, as I understand it, was the failure of the Okanagan Partnership in 2003, well before I arrived. It was a well-intentioned , but excessively ambitious effort that ultimately failed.

We have not realistically come to terms with the area’s “resources and capabilities,” or with our competitive opportunities.  Until we do so, we are doomed to repeat our failures.  The view of some that we should focus on creating another Club Penguin is complete nonsense.   Many other communities near us in both Canada, and in Washington state have done a much better job of dealing with their reality.  Dare I mention Penticton or Walla Walla, Washington?

I have the deja vu of already doing this for New Zealand.  NZ has a lot to teach us about our local economy. In fact, the Okanagan economy is in many ways a mirror image of New Zealand’s (horticulture, forestry, tourism and wine).  New Zealand has done a much better job at addressing their situation than we have with ours.  The rise of Peter Jackson and the production of LOTR in New Zealand, has led the country to focus on its setting for film production, as did Vancouver and Toronto.  It also spawned WETA, an animation studio in Wellington, among other spin offs.  More importantly, the government has also focused on marketing itself and technologies based on its inherent traditional expertise.

NZ gave up on being Middle Earth Silicon Valley a long time ago.  The Okanagan needs to do the same: realistically focus on local resources and capabilities and exploiting them.

Memristor Breakthrough Promises Dramatic 99% Reduction In Energy


We are all indebted to Intel’s great scientist, Dov Frohman, for the development of the original “floating gate” technology, which made possible EPROM‘s, electronically programmable read only memories, and later E2PROM, electrically erasable and programmable memory, now known as “flash memory.”  As with Gordon Moore’s Law, physics has discovered the next generation of “flash”, which will also dramatically reduce the energy required to operate flash memory. This dramatic reduction in required energy opens doors to new applications, and reduced demand on battery technology, which is also pushing at its limits.  The net net of all this are potentially bright prospects for mobile devices and their capabilities well into the future.

Meanwhile, Moore’s Law is being pushed by developments in quantum computing which hold the potential to further extend Moore’s Law.

http://www.smartplanet.com/blog/intelligent-energy/cut-pc-energy-use-by-99-use-a-memristor/16083?tag=search-river

In Digital Textbook Transition, Device Availability Is Just The Beginning


The digital textbook market still seems likely to proceed at a snail’s pace. It also appears that the university textbook market may be a very different market segment from the broader book market represented by Barnes & Noble, Borders, and Chapters in Canada. Current UBC Bookstore estimates of E Reader textbook sales is 5%. Renting textbooks, textbook sharing, and just flat out electing not to buy the textbook still seem strong trends.

The high prices of the big textbook publishers, Wiley, Pearson, and Addison Wesley would cause one to surmise that the price of hardbound textbooks would drive students to much lower cost electronic licenses on e readers, but this does not seem to be the case.  Theories abound as to the reason for this.  A common explanation is fear of the technology not working at exactly the wrong moment, and limited or no technical support available, compared to the simplicity of old fashioned paper books.

This morning, a NPR Morning Edition story also delved into this topic,  reporting on young readers who still want paper bound books, or as one suggested, they may want both paper and e book, but paper still trumps.  It seems clear that there is strong consumer resistance to moving to e books.

Gigaom

Among technology’s top titans, the race is on to bring tablet-based digital textbooks into the classroom. Since launching the iPad, Apple (s AAPL) has made a big push in education, and its expected iPad Mini launch this week will likely open it up to an even wider range of education customers. Last week, Amazon (s AMZN) announced a new Whispercast feature to help schools centrally purchase and distribute content to a fleet of student devices. And Microsoft’s Surface (s MSFT), as well as Samsung’s Galaxy Note 10.1 and Chromebook (released with Google (s GOOG)), are also contenders for new classroom tools.

With each new launch, someone inevitably declares the impending end of physical textbooks, as though those tech giants control the levers responsible for the successful adoption of new technology in schools. But while the tech industry plays a significant role in the transition to digital textbooks, making devices…

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