| It's Time the US Faces Reality Dear Daily Prophecy Reader, As a technology investor, how do you think in paradigms? Paradigms can change a prediction into a system of the world. You can parlay one insight into a new technology horizon. Let me provide you with an example from the early 1990s, one my regular readers may be bored to hear again. I essentially parlayed my Moore's Law paradigm (a biennial doubling of microchip transistor densities) into predicting the smartphone. I said it would be the dominant computer of the new era — as "portable as your watch, as personal as your wallet, it would recognize speech, navigate streets, collect your news and mail" etc. I also said, "It may not do Windows…" I thought that might be bad news for Microsoft but that the rest of us could live with it. Complementary to Microsoft's Windows, Intel's x86 standard oriented the leading US chip company toward complex instruction set devices designed for variegated forms of desktop math and business logic, with unlimited power from the wall. For these programs, people could wait for a prolonged "boot-up" before the machine was really available for work. Until the second decade of the 21st century, this paradigm completely prevailed. But these staples of the Intel empire have now given way to the low-powered, high-connectivity, highly integrated functions of smartphones. Understanding the Smartphone Paradigm If you predicted that smartphones were going to be the dominant computers of the 21st century, you could have also anticipated the prevalence of the ARM (Advanced RISC Machines) microprocessor at the heart of most smartphones. You also might have anticipated the declining dominance of Intel. RISC, or reduced instruction set computing, puts more stress on outside software compilers and outside apps. With everything clouded and connected, there was ever less need for Intel's complex microprocessor instructions in the local hardware. The smartphone paradigm would have meant an investment in UK-based Arm Holdings and continued investment in Qualcomm (QCOM), designer of the Snapdragon series of ARM processors optimized for smartphones and their low power, always-on always-connected functions. Now laptops, notebooks, and tablets also have to be instantly booted up and always linked. So companies such as HP, Lenovo (China's IBM), and Asus of Taiwan do not restrict themselves to Intel x86 processors. They increasingly use Qualcomm's Snapdragon processors in their products. This leads us to an important point. |
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