In the world of PC building, where off-the-shelf towers dominate the landscape, it’s a rare and thrilling event to see a project that truly rethinks the form factor. The Framework community, known for its passion for repairability and modularity, has done it again. This time, one inventive user hasn't just upgraded their laptop—they've completely reimagined it, transforming a stack of spare parts into a sleek, powerful, and fully custom 3D-printed console-style PC, powered by a beastly Radeon RX 7900 XTX GPU.
The project is a brilliant testament to the "why not?" ethos of open hardware. It started with a simple premise: what can you do with a Framework 13 mainboard, specifically an Ultra 7 165H model sourced from a Framework "mystery box," once it's freed from its laptop chassis? For this builder, the answer was to build a dream living room machine.
The Blueprint: Laptop Brains, Desktop Brawn
At the core of this ambitious build is a clever combination of standard and specialized components:
- The Engine: A Framework 13 mainboard with an Intel Core Ultra 7 165H processor.
- The Graphics Powerhouse: An AMD Radeon RX 7900 XTX, one of the most powerful graphics cards on the market.
- The Critical Link: A DIY Oculink eGPU setup, using a DEG1 Oculink dock, which provides a high-bandwidth PCIe connection far superior to standard USB-based solutions.
- The Foundation: A completely custom, actively-cooled case, designed and 3D-printed by the creator over multiple iterative prototypes.
- The Muscle: A Corsair 850W power supply to feed the hungry GPU and system.
The builder’s journey is meticulously documented, showing the evolution from initial concept to a refined, final product. The entire build log is a fascinating look into the practicalities of such a project. You can see the creator's early progress and challenges in this detailed Reddit build log.
What makes this project so unique isn't just the parts list, but the execution. The creator designed the console with a modular separation between the mainboard and the GPU. The Framework mainboard sits in its own 3D-printed "cartridge," which can be easily removed. This means the brains of the operation can be detached for portable use or troubleshooting, a level of flexibility unheard of in traditional desktops or consoles.
Performance and Practicality in a Printed Box
So, how does it perform? Remarkably well. The mainboard connects to the Oculink dock via an M.2 slot, running a PCIe Gen 4 x4 link. In real-world gaming tests, the builder reports that the setup delivers about 90% of the performance you'd expect from the same 7900 XTX in a full-desktop PCIe slot—a minor trade-off for the incredible form factor flexibility.
The creator is dual-booting between Fedora and Bazzite OS, a Linux distribution based on the Steam Deck's operating system, making it perfectly suited for a seamless transition from desktop productivity to big-screen, controller-in-hand gaming.
The build log also highlights the very real challenges of such a DIY endeavor. It details the bandwidth limitations when using an older 12th-gen Intel mainboard versus the new Ultra series, the trial and error involved in working with heat-resistant PETG and ASA filaments for the case, and the critical importance of fine-tuning airflow. Active cooling for the mainboard cartridge and a triple 120mm fan setup for the GPU enclosure ensure that thermals never become a bottleneck.
More Than a Project, A Proof of Concept
While you can't buy this 3D-printed Framework console on a store shelf, its significance runs deep. It serves as a powerful proof-of-concept for the future of customizable, user-repairable hardware.
"This project perfectly illustrates the core philosophy of Framework," the build seems to shout. "When you own modular, open hardware, you aren't just a consumer—you're an innovator."
The builder sourced key components like the Oculink eGPU dock from Amazon and combined them with community-driven knowledge and 3D-printing technology to create something truly personal and powerful. It demonstrates that the Framework ecosystem isn't just about upgrading your laptop; it's about using its standardized, modular parts as building blocks for anything you can imagine.
This 3D-printed console PC is more than a hardware hack; it's a beacon for the open hardware movement, showing that with a little creativity and a lot of passion, the line between a laptop and a high-end gaming console is only as solid as you allow it to be.
Ladies and Gentlemen, I present my Framework 13 gaming console
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