Intel in 2026: from recovery to collaboration with Nvidia, the blue giant is back

Three years ago, Intel was sinking. Really. Pressure from AMD, chaotic financial results, technical problems criticized from all sides, and an AI launch that was a pure disaster. The brand was struggling in a transition that kills companies if managed poorly. End of 2025? The stock price started to rise. Not slightly. We're talking about the highest point in its entire history. If you had bought 1000 euros of Intel shares a year ago, you would have 5000 euros today. That's a violent increase.

There you wonder: "But why?" It's logical. The stock market is not magic, it's market expectations. Such a rise doesn't come out of nowhere. If I look a little deeper, I see several reasons, but one really stands out. Nvidia has just done a very specific thing with Intel. And this thing explains a big part of what follows.

September 2025. Jensen Huang and Nvidia's board decide to throw 5 billion dollars to buy 5% of Intel's capital. Five. Billion. It's huge for a reason. And yet, Nvidia is writing this massive check for a competitor that has been dragging its feet for years.

First thing: this collaboration creates Enviling, which allows linking Intel CPUs to Nvidia GPUs. You can now build an Intel processor with an integrated Nvidia graphics chip. But current signals suggest that this is just the beginning.

The most solid rumors speak of an Intel architecture called Serpentlake. A CPU with an Nvidia RTX GPU directly engraved inside. Not compatible, but truly fused at the silicon level. And there is better: according to credible industry sources, Nvidia is seriously considering using Intel Foundry to produce some engravings of its future Fineman architecture.

If it materializes, we are talking about a long-term alliance. Maybe even a transition from Nvidia's production to Intel's factories for certain chips. TSMC would probably remain active (their prices and capacities do the job), but if Intel delivers equivalent silicon in sufficient volume, it's a massive argument to keep Nvidia and attract others.

Let's forget the rumors for a moment. There is something official coming out right now, and it's big: in April 2026, Intel signs a major commercial agreement with Tesla. Subject: chip lithography with the 14A process. Tesla becomes the first truly important customer for Intel Foundry.

Why does it change the game? A Tesla success is a guaranteed domino effect. Qualcomm comes next. Autonomous car suppliers follow. And here is the real test: Can Intel Foundry really mass produce, with correct yields, stability, and significant volumes?

That's also why Intel's stock has taken off in recent weeks. Not just Panterlake (we'll talk about it soon), but especially this Tesla deal that proves investors believe in it.

You need to understand the market context to see why Intel has a chance. Today, foundries are dominated by a single company: TSMC.

The figures are stark. TSMC controls 72% of the market. Intel has 3%. Samsung (which has collapsed) has 7%. The rest is UMC, Global Foundries, and SMIC fighting over the crumbs.

TSMC reigns because it had technological monopoly. This monopoly has just cracked. Intel with its 18A and its upcoming 14A are now at the same level. But having better engraving is not enough to steal customers from someone who is 30 years ahead. TSMC has big locked contracts, a monstrous production capacity, and its customers are well integrated with them.

The ideal balance? Two or three strong players instead of a monopoly. For us, it's a thousand times better.

Let's talk about Intel processors, which remain the real reason why we are talking about it. 10 years, 9 mainstream generations. Count the real successes: 4. The 12th generation exploded. The 13th as well, but Intel hit a technological wall two years after the launch.

The 14th? Pure flop. Not because it was bad, but because the gap with the 13 was tiny, and there were all these technical issues. The 15 in 2024? Not catastrophic, but clearly divided. Intel fixed a few things (consumption, heat) but gaming performance dropped at launch. So it was cooked.

At some point, Intel ran into a technological barrier that prevented it from progressing. The entire system had to be broken: new engraving, new manufacturing, start over.

Panterlake arrives on laptops, engraved in 18A. And this time it works. Really. The first feedback is positive. For the first time, Intel has a major product on its new process, and the results are following.

Intel waited a long time for people to take an interest in its 18A. At first, it was radio silence. With Panterlake, the message is clear: the process is ready, it works, the numbers are there. It's a strong signal that the company is entering real large-scale production.

Three questions remain: production yields, stability, and how many manufacturers will actually adopt it. But the main point: the process works. Intel did not collapse against AMD and Apple. And Qualcomm? Still there for smartphones, even if it's less visible.

We're back to rumors. Imagine if Serpentlake really comes to life. An Intel CPU with an integrated Nvidia RTX GPU. What's the point? You create the ultimate APU that crushes AMD's APUs. Where do you put it? In laptops, smartphones, portable consoles like Steam Deck and ROG Ally, maybe even a Switch 3 in 2036.

Some issues to consider: it's expensive and cooling such a powerful chip would be a hassle. But an Intel + Nvidia alliance on this type of product is far from absurd. And it's generating a lot of serious rumors at the moment.

One thing is certain: if Intel and Nvidia really start working together, Nvidia wouldn't have thrown away 5 billion just to see. The two could create things we can't even imagine yet.

We also need to talk about Taiwan. TSMC operates in Taiwan. And Taiwan is currently tense. Chinese tensions, geopolitical risks, all of that weighs heavily.

A year ago, the United States imposed 145% tariffs on China. China retaliated with 125%. It became violent. Tensions have eased since, but it shows that everything can change overnight. Major groups like Nvidia that depend on TSMC have thought about it. If Taiwan collapsed, the global semiconductor chain would also collapse.

And then Taiwan, it's an island with its share of earthquakes and typhoons. It slows down production without warning. From the American strategic point of view, having a US company (Intel) capable of producing critical semiconductors is a big win. And it also suits the rest. It's not nice to say, but that's how giants think.

At the heart of the matter: Intel doesn't just want to continue making its own processors. The company aims to become a true foundry for tech giants, on the same level as TSMC. It's ambitious. It's risky. It's the right decision.

Engraving has always been part of Intel, but for its almost exclusive account. A few exceptions (Panasonic, LG) here and there. Now? Things are changing. Intel is about to become the one providing chips to tech giants worldwide.

It's risky. Nothing is guaranteed. But when a company of such magnitude shifts, it's because it has really thought about it and is convinced that it has the capabilities.

Intel was lagging a few months ago. Now? The signals are turning green. The stock is rising, Tesla is signing, Panterlake is moving, Nvidia is investing heavily. It's either a real renaissance, or a speculative bubble that will burst. Only time will tell.

What is certain: Intel has not said its last word. If the company succeeds in its gamble, we are entering an era where competition becomes real again in the semiconductor industry. And that's good news.