A budget smartphone has been turned into a compact Linux laptop, and the result appears far more practical than many would expect. Built around a Moto G Power 2024 priced at $50, the setup shows that a cheap phone can still serve as a capable small computer when it is not being used for mobile service.
The appeal of the project is not just novelty. With PC and laptop prices feeling increasingly pressured by demand for RAM and storage, a smartphone can look like an unexpectedly stable alternative for light computing. In that context, a phone that is no longer tied to cellular use can still hold value as a Wi‑Fi-based machine.
From handset to desktop-style device
The conversion centers on Android, but it does not require replacing the operating system in the way a traditional laptop might be rebuilt. Instead, the device uses Termux to create a Linux environment, and XFCE provides the desktop layer.
Once Bluetooth keyboard and mouse peripherals are added, the phone begins to behave much more like a conventional laptop or desktop. The touch-first feel of a mobile device fades, replaced by a setup that supports familiar Linux workflows.
That approach is part of what makes the project interesting. It reuses hardware that already exists in the phone, while avoiding the cost of buying a full computer for tasks that do not demand heavy hardware.
Why the idea makes sense now
The project gained wider attention after being covered by Hackaday, which pointed to writing by Gabriel Broussard Korr on the R Bites blog. Korr argued that modern smartphones already contain hardware that is more capable than many people assume, even if prices for many models still feel high.
There is also a market angle behind the experiment. Some carriers sell phones at about a quarter of their market value, but lock them to a specific network if they are used as phones. If the device is not needed for cellular service, it can effectively operate as a small standalone computer.
That is where the Moto G Power 2024 fits in. In this case, the handset stops being just a phone and becomes a portable Linux box that can run over Wi‑Fi without relying on mobile service.
Real applications, not just a demonstration
What stands out most is that the machine is not limited to a proof-of-concept role. Full Linux applications such as GIMP and Shotcut were reported to run at what was described as a very reasonable speed.
That matters because both programs are far heavier than typical Android apps. Their performance suggests the setup is useful for more than a one-off experiment, and that it can support light to moderate computing tasks in a practical way.
The result still does not replace a modern laptop for every use case. Even so, it opens a useful path for people who want to learn Linux, type comfortably, browse the web over Wi‑Fi, or use selected desktop applications without spending much.
A low-cost option in a changing market
The timing of the experiment gives it extra relevance. As RAM and storage demand tied to AI growth puts pressure on PC components, a low-cost smartphone can become a more realistic entry point for some users.
At $50, the Moto G Power 2024 offers a strikingly inexpensive foundation for general computing. That makes it hard to match with a new laptop or PC if the goal is simply to get workable desktop-style performance at the lowest possible cost.
Korr also shared the steps and code used to build the Linux environment, making the setup more than just a showcase. Anyone with a similar device and Bluetooth peripherals can try the same approach, turning an operator-tied phone into an ultra-low-cost portable Linux computer.
Source: www.xda-developers.com
