Nvidia (NASDAQ: NVDA) is the poster child for artificial intelligence (AI) stocks. That makes sense, given that it makes the high-powered chips that allow these highly complex computer programs to function. But brains are just the start of the AI supercycle, with robotics likely to be the way AI will really touch the world. This is why the boring chips that Texas Instruments (NASDAQ: TXN) makes will likely be in huge demand when robotics takes off.

    Artificial intelligence leads directly to robotics

    Artificial intelligence is developing rapidly. The news is filled with the achievements AI has made (both good and bad) as it gets closer and closer to mimicking how the human brain operates. While Luddites like myself question why normal human intelligence isn’t enough, the direction is very clear: AI is likely to change how the world operates.

    Missed AI’s “Act 1”? Act 2 Could Be 15x Bigger. Most investors think they missed the AI boat because they didn’t buy Nvidia in 2005. But according to our analysts, we’re only at the end of “Act 1″—the R&D phase. “Act 2” is the global rollout. Continue »

    Humanoid robots working.

    Image source: Getty Images.

    In reality, this isn’t much different from previous technological breakthroughs. From the internet to trains, technology has pushed the world forward in once unimaginable ways. But one thing I can easy imagine is how AI makes robots far more useful. Instead of simply performing a single repetitive task in an automated factory, robots will be able to perform many jobs across many fields and under uncontrolled, varying conditions. This is basically the dream that Elon Musk has as he pushes Tesla (NASDAQ: TSLA) into the robotics space with the humanoid Optimus robot.

    Robots need more than just AI brains

    When you look at a picture of an Optimus robot, you probably don’t think about what goes into making it work. I’m awed by its capabilities and just accept that it exists without considering more deeply what actually allows such robots to function. A key part of the picture is the AI brain, but boring analog chips are used throughout a robot. We’ve had analog chips for a very long time; they go into everything from cellphones to, well, robots.

    A key part of what an analog chip does is to turn a real-world stimulus into digital signals. Since a robot is essentially the way AI interacts with the physical world, analog chips are likely to see huge demand as AI-powered robots take off. Which is why I’m happy I own Texas Instruments, one of the world’s largest and most respected analog chipmakers.

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