Skip to main content

Intel’s latest NUC is an ambitious attempt to make PC upgrades modular

Intel has announced the NUC 9 Extreme Kit, the company’s latest attempt to revolutionize small PCs, at CES 2020. It has an important innovation that no previous NUC has attempted. Modular, upgradeable construction.

You can purchase and customize the NUC 9 Extreme Kit from Intel, as with past NUCs. This time around, though, third-party vendors will also offer compatibility with Intel NUC components. Specifically, Intel’s new NUC Compute Element.

NUC 9 Extreme Kit

The new Intel NUC 9 Extreme Kit comes with a 5-liter chassis that’s less than 10 inches deep, 8.5 inches wide, and 3.8 inches wide. It’s rather large for a NUC, easily dwarfing the Hades Canyon and Skull Canyon NUCs of past years. That said, it’s much smaller than most PCs available today.

Removing the top of the chassis reveals space for up to three components; the NUC Compute Element and up to two PCI expansion cards.

Image used with permission by copyright holder

The NUC Compute Element is the innovation. It’s effectively a system-on-a-card. Intel will sell several versions, all with 9th-gen Intel Core H-Series processors. That includes the unlocked Core i9-9980HK. NUC Compute Elements also has space for two laptop-sized RAM sticks and up to two M.2 solid state drives. Intel Optane memory is supported.

All this hardware exists on a single PCB that looks like a small graphics card and plugs into a reserved PCI x16 slot. The processor can’t be removed, but the RAM and hard drives are user serviceable, allowing future upgrades.

As mentioned, the NUC Compute Element only takes up half the available space. One PCIe 16x slot and one PCIe x4 slot can be found beneath it. While it’d technically be possible to fill those up with two expansion cards, Intel expects most people to use the space for a video card. The NUC 9 Extreme Kit will support a dual-slot PCIe x16 graphics card up to eight inches long.

Image used with permission by copyright holder

Total system connectivity will depend on configuration, but all Intel NUC Extreme Kit systems will have at least two Thunderbolt 3 ports and four USB 3.1 Type-A ports. They’ll also support Wi-Fi 6, Bluetooth 5, two Gigabit LAN ports, and HDMI 2.0a (connected to the on-board Intel IGP). A tiny 500-watt power supply provides system power.

Intel will offer a 3-year limited warranty on the kit.

NUC Compute Element

All this is intriguing, but here’s the real twist. Intel will sell the NUC Compute Element independently of the Intel NUC 9 Extreme Kit.

Here’s the deal. The NUC 9 Extreme Kit is purchased with a NUC Compute Element. You’ll still need to purchase RAM, hard drives, and a discrete graphics card (if desired).

Image used with permission by copyright holder

But you can also purchase the NUC Compute Element without the NUC 9 Extreme Kit. That buys you a card that has an Intel Core processor and space for hard drive and RAM. You can then plug that NUC Compute Element into a chassis sold by another company.

Razer has already announced the Tomahawk, a chassis that’s similar to the NUC 9 Extreme Kit but includes expanded support for full-length graphics cards and a fancy tempered glass enclosure. We may see more NUC Compute Element enclosures announced in the future.

Will modular design catch on?

The Intel NUC 9 Extreme Kit isn’t just the most powerful NUC yet. It’s also the most ambitious.

It’s effectively a new, alternative PC form factor that embraces compact components to achieve maximum performance in minimum space, yet mostly retain the customization that PC owners love. Whether it’ll catch on is anyone’s guess, but I’m eager to find out.

Pricing hasn’t been finalized, but Intel says the Intel NUC kit will start around $1,050 for the Core i5 model, $1,250 for the Core i7 model, and $1,700 for the Core i9 model. All three are expected to be available in March.

Editors' Recommendations

Matthew S. Smith
Matthew S. Smith is the former Lead Editor, Reviews at Digital Trends. He previously guided the Products Team, which dives…
Intel is using AI to make your laptop battery last longer
Intel's new Intel Core Ultra badge.

Intel’s upcoming 14th-gen desktop processors are expected to be a minor refresh, which is a bit of a disappointment. On the other hand, the mobile series is shaping up to be quite exciting. During this year’s Hot Chips conference at Stanford University, Intel executives confirmed that the upcoming 14th-gen Meteor Lake series will be driven by AI.

Meteor Lake chips will be able to make use of AI to manage power and the transition between active and low-power states, as per information shared by PCWorld. The company is calling it the “Intel Energy Efficiency Architecture” and the AI-based power scheme can be expected to make its way into future products, including its upcoming client processors.

Read more
Intel’s latest update improves gaming performance by up to 77%
The backs of the Arc A770 and Arc A750 graphics cards.

Intel has just made a slew of exciting announcements regarding to its Arc Alchemist GPUs, which are some of the best graphics cards for a more budget-oriented build. Since the launch of its flagship GPU, the Arc A770,  Intel has been hard at work releasing frequent fixes to optimize the performance. Now, over 30 driver updates later, Intel is talking about the boost in games its GPUs have received. It's also ushering in a brand-new open-source tool.

Upon the launch of Intel's discrete graphics cards, it was clear that while Arc GPUs were solid in DirectX 12 games, they lagged behind in titles that use DirectX 11 and DirectX 9. Now, Intel claims that the latest Arc drivers bring major improvements in that regard. It showed its own benchmarks in various games to prove that things are different now, all based on testing with an Arc A750 GPU.

Read more
How Intel could use AI to tackle a massive issue in PC gaming
Ellie looking concerned.

Intel is making a big push into the future of graphics. The company is introducing seven new research papers to Siggraph 2023, an annual graphics conference, one of which tries to address VRAM limitations in modern GPUs with neural rendering.

The paper aims to make real-time path tracing possible with neural rendering. No, Intel isn't introducing a DLSS 3 rival, but it is looking to leverage AI to render complex scenes. Intel says the "limited amount of onboard memory [on GPUs] can limit practical rendering of complex scenes." Intel is introducing a neural level of detail representation of objects, and it says it can achieve compression rates of 70% to 95% compared to "classic source representations, while also improving quality over previous work."

Read more