What if your real computer was a supersized Lego computer brick? is currently attracting attention in the technology world.
Experts believe this development may influence how digital platforms evolve
over the coming years.
In 1979 — nearly 50 years ago — Lego jazzed up its very first spaceships with an iconic sloped computer brick that was just painted plastic. In 2022, we introduced you to the engineer who fit an actual tiny computer inside.
Now, industrial designer Paul Staal has flipped the script with a working desktop PC that’s a supersized homage to the classic computer brick (via Reddit and Hackster.io).
The “M2x2” is largely a 3D-printed case for a Mac Mini — one you can freely print at home yourself — but it’s not just a shell. He’s outfitted it with a 7-inch IPS touchscreen display, and a full array of additional ports and SD card reader thanks to an integrated USB-C hub.
The big studs on top are functional, too! The left one contains a hidden Ikea Symfonisk remote control so he can control his Sonos speaker, while the right has a hidden wireless charger for his AirPods. Both have normal Lego-style studs on top, too, so you can connect some classic bricks or a minifig.
Around back, the kit has an integrated carry handle and easy-wrap cord hangers.
At his stunning interactive website, Staal says he’s currently using the M2x2 as his primary computer, though he’s mostly using its screen as a Home Assistant dashboard he can tap to control his home. He has a primary monitor plugged into it, an LG DualUp, to get work done.
If you’ve already got the Mac Mini, he estimates the rest should cost you less than €100 (roughly $116), and he has guided step-by-step assembly instructions at his site with excellent photos. Do note that the Ikea/Sonos Symfonisk products are discontinued, and the knob in particular is from an older generation of Ikea product. I still see some on eBay, but you might want a different knob solution.
Imagine if building a computer was as simple as snapping together LEGO bricks. That’s the concept behind a growing idea in the tech world: modular computers designed like oversized building blocks that users can assemble, upgrade, and customize with ease.
Instead of traditional PCs packed into a single case with tightly integrated components, a “LEGO-style” computer would consist of separate modules — such as the processor, memory, storage, graphics, and networking — each built as its own physical block. These blocks could be stacked or connected together, creating a fully functional system in minutes.
The concept isn’t entirely new. Over the years, several companies have experimented with modular computing designs that allow users to swap components quickly without opening a case or using tools. However, the LEGO-style approach takes the idea further by making the entire computer physically modular and visually intuitive.
In such a system, upgrading your computer might be as simple as snapping in a new GPU brick, adding an extra storage block, or connecting a more powerful processor module. The modules could automatically communicate with each other through standardized connectors that handle both power and data.
This kind of design could make computers far easier to repair and upgrade. Instead of replacing an entire device when one component becomes outdated, users could simply replace the specific module they need.
The approach could also reduce electronic waste, since modular systems allow people to reuse most of their hardware while upgrading only certain parts.
Of course, challenges remain. Creating standardized modules that deliver high performance while maintaining compatibility would require careful engineering. Manufacturers would also need to agree on common hardware standards for modular connections.
Still, the idea highlights an interesting possibility for the future of personal computing — one where building or upgrading your PC feels less like engineering and more like assembling a set of digital LEGO bricks.
Why This Matters
This development highlights the rapid pace of innovation in the technology sector.
Companies are constantly pushing boundaries in order to stay competitive.
Analysts suggest that such changes could influence future product design,
user expectations, and industry standards.
Looking Ahead
As technology continues to evolve, developments like this may shape the next
generation of digital services and consumer experiences.
Industry watchers will continue to monitor how this story develops and what
impact it may have on the broader technology landscape.