Tegra

NVIDIA's chip technology has impacted further fields.

The Tegra chips, once designed for mobile phones, drive major e-commerce operations and self-driving cars.

Tesla used those chips to power their Model 3s from 2016 to 2019.

Tesla now uses its own chips, but NVIDIA provides semi-autonomous driving technologies for other automakers like Mercedes-Benz.

In contrast, NVIDIA pledged to avoid layoffs or salary reductions, promising raises for staff instead.

Since their layoff disaster in 1995 with the Sega chip, NVIDIA's internal operations in regards to this has changed drastically.

An example of this was in 2008 when NVIDIA's Tegra chip failed.

NVIDIA was hoping to enter the mobile industry and created the Tegra smartphone chip.

The internals, though, they're the same.

Still the Tegra x-- uh, X1+ processor, still capable of AI upscaling, just fifty percent more expensive.

Um, it is definitely, uh, interesting to note that it's still around.

Its less capable tube-shaped sibling, uh, was quietly discontinued back in July.

For years, Nvidia has always been trailing behind in the mobile tech space.

Tegra 2 was woefully underpowered and Tegra 3 was outdated on release because it used a one year old die process.

Investors got nervous and it was clear that Nvidia needed to go back to the drawing board to avoid being left behind completely.

The answer? The Tegra K1 with 192 GPU cores.

It's set to change the way we think about mobile gaming.

So what, you may think.

Here's how it looks.

Let's do it again.

people...

And that NVIDIA Tegra chip that's got that stealth DLSS behind it is doing all the

work.

And I agree.

Okay.

And because switch to so related to it, I'm sure soon switch to games and then run it as native code, not as emulation, but that's just for the CPU side, all the video, you know, the GPU, the audio that's not done yet, but you know, the Tegra in a switch is not that complicated.

Right.

That can be done.