Someone turned a $50 smartphone into a Linux laptop and it works better than you'd think

At a glance:

• Turn a $50 Moto G Power 2024 smartphone into a Linux laptop using Termux, XFCE and a Bluetooth keyboard/mouse
• Full desktop apps such as GIMP and Shotcut run at a very reasonable speed
• The method uses a carrier‑locked, quarter‑price phone and works without cellular service

The hardware behind the hack

The Moto G Power 2024, released in early 2024, packs a Snapdragon 662 chipset, 4 GB of RAM and 64 GB of expandable storage, making it one of the most affordable handsets on the market. Carriers such as Verizon and AT&T often sell the device for roughly one‑quarter of its retail price, but lock it to their network, which means the buyer must commit to a service plan to fully use the phone. Because the lock is software‑based, the device can still function over Wi‑Fi without any cellular subscription, turning it into a standalone computer.

The conversion also requires a Bluetooth keyboard and mouse, which are inexpensive peripherals that can be paired directly with the phone’s Android stack. The article notes that the keyboard adds minimal latency and the mouse works reliably for desktop navigation. Together they provide a complete pointing and typing experience that mimics a traditional laptop setup.

Installing Linux on a phone

The first step involves installing Termux, a terminal emulator that provides a Linux‑like environment on Android, and then using its package manager to add a lightweight window system. The author cites a publicly shared script that automates the download of the XFCE desktop package and its dependencies. This script is hosted on a GitHub repository linked from the R Bites blog.

After the packages are installed, the user launches the XFCE session, which runs on top of the Android kernel without needing root access. The process takes roughly five minutes on a fully charged device, and the resulting environment can be launched with a single command. The author emphasizes that the entire setup is reproducible and can be forked by anyone interested in similar experiments.

Building a desktop environment

XFCE is chosen for its low resource consumption, which allows it to run smoothly on the modest hardware of the Moto G Power 2024. Once active, the desktop presents a panel, a window manager, and a settings manager that feel familiar to Linux users. The author demonstrates that applications such as GIMP for image editing and Shotcut for video editing launch without noticeable lag.

In benchmarks performed by the blog, GIMP processes a 1080p image in under two seconds, and Shotcut renders a short clip at a frame rate acceptable for casual editing. The author notes that while the experience is not identical to a high‑end laptop, it is “surprisingly usable” for light creative work. This challenges the assumption that only premium devices can handle full‑featured desktop software.

Practical implications and limitations

The conversion highlights a broader trend: as RAM and storage become scarcer and more expensive, consumers are looking for alternative ways to extend the life of existing hardware. By repurposing a cheap phone, users can avoid the high cost of new laptops while still gaining a functional desktop interface. The article also points out that the approach is limited to regions where carriers still offer heavily discounted, locked devices.

Limitations include the lack of cellular connectivity, which means the device cannot make traditional phone calls or access mobile data without a separate dongle. Battery life may also be reduced when running a full desktop environment, and the need for external peripherals adds to the setup cost. Nevertheless, the author concludes that for tech‑savvy users the trade‑offs are worthwhile, especially given the low entry price.