Enlarge / Intel's new Core i9-11980HK leads the 11th-gen laptop CPU lineup. (credit: Intel )

Intel today announced 10 new 11th-generation CPUs for high-performance laptops like those made for gamers or content creators. Built on the 10nm SuperFin process, the new chips are in the Core i9, Core i7, Core i5, and Xeon families, and they carry the label "Tiger Lake-H."

New consumer laptop CPUs include the Core i9-11980HK, Core i9-11900H, Core i7-11800H—all of which have eight cores—plus the Core i5-11400H and Core i5-11260H, which each have six cores.

Naturally, Intel today put the spotlight on the fastest Core i9-11980HK chip. The company claims this CPU is able to beat its predecessor by several percentage points in games like Hitman 3 or Rainbow Six: Siege , depending on the game—anywhere from 5 percent to 21 percent, according to Intel's own testing.

Enlarge / Some current Arm licensees view the proposed acquisition as highly toxic. (credit: Aurich Lawson / Nvidia)

In September 2020, Nvidia announced its intention to buy Arm, the license holder for the CPU technology that powers the vast majority of mobile and high-powered embedded systems around the world.

Nvidia's proposed deal would acquire Arm from Japanese conglomerate SoftBank for $40 billion—a number which is difficult to put into perspective. Forty billion dollars would represent one of the largest tech acquisitions of all time, but 40 Instagrams or so doesn't seem like that much to pay for control of the architecture supporting every well-known smartphone in the world, plus a staggering array of embedded controllers, network routers, automobiles, and other devices.

Today’s Arm doesn’t sell hardware

Arm's business model is fairly unusual in the hardware space, particularly from a consumer or small business perspective. Arm's customers—including hardware giants such as Apple, Qualcomm, and Samsung—aren't buying CPUs the way you'd buy an Intel Xeon or AMD Ryzen. Instead, they're purchasing the license to design and/or manufacture CPUs based on Arm's intellectual property. This typically means selecting one or more reference core designs, putting several of them in one system on chip (SoC), and tying them all together with the necessary cache and other peripherals.

Enlarge / Ford has cut production at its Chicago facility from three shifts to one as a global chip shortage takes a toll on the car industry. (credit: Scott Olson | Getty Images)

The Biden administration has pledged to take immediate action to address a global shortage of semiconductors that has forced the closure of several US car plants.

Jen Psaki, White House press secretary, said the administration was "identifying potential chokepoints in the supply chain" after coming under pressure from lawmakers, semiconductor companies and car manufacturers over the shortages.

A surge in demand for consumer electronics during the pandemic has led to the shortage of chips, which has been exacerbated in the US by sanctions on SMIC, the Chinese chipmaker.

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  Some initial specs for the new Core i9-11900K. [credit: Intel ]

The Consumer Electronics Show this week was never going to be where Intel would venture into extreme detail on major new 12th-generation CPUs, but nonetheless, the company hosted a press conference this morning that laid out a few new evolutions of the 11th-gen CPUs it has already been shipping, plus an early look at what to expect from the 12th-generation Alder Lake.

Using an improved version of the 10nm SuperFin process, Alder Lake will take on Apple's ARM instruction set-based M1 chip and its ilk with a somewhat similar architecture. Namely, that means a hybrid architecture of high-performance (Golden Lake) and high-efficiency (Gracemont) cores similar in spirit to ARM's BIG.little design, and to Lakefield. Intel says these are desktop and laptop CPUs and that they'll reach consumers in the second half of 2021, but details are otherwise pretty sparse.

More than anything, it looks like Intel is trying to get ahead of the narrative that the company is facing some serious challenges ahead as Macs with M1 CPUs delivered much better price-to-performance ratios than what Intel is currently putting in competing devices—especially in the face of Intel's delays.

Enlarge (credit: Jason Torchinsky)

Let's be honest: 2020 sucks. So much of this year has been a relentless slog of bad news and miserable events that it's been hard to keep up. Yet most of us have kept up, and the way most of us do so is with the small handheld computers we carry with us at all times. At least in America, we still call these by the hilariously reductive name "phones."

We can all use a feel-good underdog story right now, and luckily our doomscrolling 2020 selves don't have to look very far. That's because those same phones, and so much of our digital existence, run on the same thing: the ARM family of CPUs . And with Apple's release of a whole new line of Macs based on their new M1 CPU —an ARM-based processor—and with those machines getting fantastic reviews , it's a good time to remind everyone of the strange and unlikely source these world-controlling chips came from.

If you were writing reality as a screenplay, and, for some baffling reason, you had to specify what the most common central processing unit used in most phones, game consoles, ATMs, and other innumerable devices was, you'd likely pick one from one of the major manufacturers, like Intel. That state of affairs would make sense and fit in with the world as people understand it; the market dominance of some industry stalwart would raise no eyebrows or any other bits of hair on anyone.

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  The 2020, M1-equipped Mac mini. [credit: Samuel Axon ]

Apple is crazy, right? The Mac just had its best year of sales ever, and Cupertino is hitting the platform with a shock like it hasn’t had in nearly 15 years—back in a time when the Mac was not having such a good year. Apple is beginning the process of replacing industry-standard Intel chips with its own, custom-designed silicon.

In a way, we're not just reviewing the new Mac mini—a Mac mini is always a Mac mini, right? We're reviewing an ARM-based Mac for the first time. And this is not exactly the same story as all the other ARM machines we've looked at before, like Windows 10 on ARM—a respectable option with some serious tradeoffs.

Sure, longer battery life and quick waking from sleep are already out there on other ARM computers. But as you may have seen in our hands-on earlier this week , what we're encountering here is also a performance leap—and as you'll also see in this review, a remarkable success at making this new architecture compatible with a large library of what could now, suddenly, be called legacy Mac software.