In addition to launching two new 11th-gen Core U-series chips, Intel used its Computex press event to preview a couple of upcoming products.

One is the next-gen NUC Extreme compact computer, code-named Beast Canyon. Powered by up to an Intel Core i9 Tiger Lake-H processor, the new Intel NUC 11 Extreme will support full-length discrete graphics cards, making it a bit larger than previous NUC systems, but potentially much more powerful.

The other thing Intel teased is its upcoming Alder Lake chips for desktops and laptops, which will be 10nm chips that combine high-performance and energy-efficient CPU cores onto a single chip to balance performance and power consumption.

If the idea sounds familiar, that’s because chip makers that produced ARM-based processors have been using ARM’s big.LITTLE technology to pair different types of CPU cores on a single die for years. But up until recently that hasn’t really been a thing in the x86 chip space.

Intel’s first attempt at combining high-performance and energy-efficient CPU cores on a single chip was the company’s underwhelming Lakefield processor family, which barely perform better than Intel’s Atom-based Celeron and Pentium processors, but which also carry a much higher price tag. Unsurprisingly few devices featuring those chips have shipped to date.

Hopefully the second time is a charm. Intel says its upcoming Alder Lake chips feature two new core architectures, “Enhancer 10nm SuperFin” technology,” “improved MIM capacitors” and faster transistors.

Details leaked earlier this year suggest we could see laptop chips with as many as 14 CPU cores.

Intel says more details about its Alder Lake chips will be available later this year, but for now the company is confirming that after getting the first Alder Lake desktop chips ready for testing earlier this year, Intel has now done the same for Alder Lake mobile chips. They’re now sampling to customers.

As for the upcoming Intel “Beast Canyon” NUC 11 Extreme computer kit, it’s basically a small desktop computer with a bit of modularity: in addition to support for full-length or half-length graphics cards, it has a slot for an Intel Compute Element, which is basically a full-fledged computer (complete with CPU, memory, and storage) on a PCIe card that connects to the Beast Canyon chassis.

Beast Canyon is a follow-up to the NUC 9 Extreme “Ghost Canyon” NUC which featured a smaller chassis and support for Compute Elements with 9th-gen Intel Core chips.

It’s unclear whether you’ll be able to insert a NUC 11 Compute Element into a Ghost Canyon case, or use a NUC 9 Compute Element with a Beast Canyon case. But Intel says more details should be available later this year.

via Intel (Computex YouTube channel) and AnandTech

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  1. 8L is pretty small for a Nuc that supports “full length video cards”, which I’m assuming means the biggest 340mm long GPUs.

    Most Mini ITX cases that support full-size GPUs are 14L to 15L in size, but that’s because they use either ATX or SFX sized power-supplies, which are fairly large.

    I guess the question is, do you need this small size enough that you’re willing to forfeit the flexibility of Mini ITX, and pay whatever Intel’s gorilla math comes to for this?