It's Jim Kramer here.

You're listening to the opening bell of CBC's Squawk on the Street. Don't miss a minute of the action. Good Wednesday morning. Welcome to Squawk on the Street. I'm David Faber, live from Post 9 at the New York Stock Exchange. There he is. Jim Kramer still in San Jose at Nvidia's AI Developers Conference. We'll have highlights from, you still doing the interview as it ended? I'm not even sure. of that long interview with that

Jefferson Wong. We'll have highlights from, are you still doing the interview? As it ended, I'm not even sure. That long interview with Jensen Wong from NVIDIA. Let's give you a look at futures, of course, as we get ready for what Jim and I like to call. Hump Day. I call that a mixed picture. I don't know what you want to call it, Jim. Mixed. Mixed. Mixed picture. Yeah. Looks mixed.

Mixed. All right, good. Let's get to our roadmap. It starts with what else. Invita and the AI boom. The shares, of course, up 240% in the last year. We're going to have more from Jim's exclusive with the company CEO, Jensen Wong, and why he thinks the PC is changing forever.

Speaking of PCs, the engine behind them, Intel, preparing for a $100 billion spending spree across four states.

This, after securing Chips Act grants from Uncle Sam, We're going to hear from Commerce Secretary Romando

and Intel CEO Pat Gelsinger.

That'll be this hour.

And, of course, don't forget it's Powell's moment.

Wall Street waiting for the latest guidance

from the Fed Chair today on the future of rates,

whether that might include some cuts. Let's start with Invidia. Jim's exclusive, of rates, whether that might include some cuts.

Let's start with Invidia.

Jim's exclusive, of course, with Jensen Wong.

He spoke on Mad Money about reinventing the computer.

Take a listen.

We reinvented the computer as we know it.

The computer has been the same since 1964, since the year after I was born.

And we reinvented it with this idea called accelerated computing.

Now you could have a computer that's a hundred times faster or 20 times more energy efficient,

cost 20 times less, and to be able to solve problems at a scale that nobody's ever imagined.

Jim, you know, so many different takeaways, including that. It's something you've been discussing to a certain

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