A DIY DeX box constructed from a broken Samsung Galaxy Fold 5 is being used to demonstrate a functional desktop experience for mobile devices [1].
The project highlights a perceived gap in Google's software ecosystem, suggesting that the company's current approach to desktop integration for the Pixel line remains underdeveloped compared to Samsung's established DeX platform [1].
According to a report by Digital Trends, the repurposing of the damaged hardware serves as a critique of Google's current trajectory. The author said, "A DIY DeX box built from a broken Galaxy Fold 5 makes Google’s Pixel desktop ambitions look timid, unfinished, and weirdly overdue" [1].
This critique comes as Google continues to expand its hardware lineup. The company recently launched four devices: the Pixel 10, 10 Pro, 10 Pro XL, and the 10 Pro Fold [2]. While the Pro Fold attempts to capture the foldable market, some users have noted the absence of other form factors. Google fans were quick to notice the lack of a clamshell foldable similar to the Galaxy Z [2].
The Samsung DeX experience allows a smartphone to act as a desktop computer when connected to a monitor and keyboard. By converting a broken Fold 5 into a dedicated desktop box, the project demonstrates how a seamless transition between mobile and desktop environments can function, a feature the author suggests Google should emulate [1].
Google's current desktop efforts are viewed by some as lacking the cohesion found in Samsung's offering. The project argues that for the Pixel 10 series to truly compete in productivity, Google must move beyond basic screen mirroring and provide a dedicated desktop interface [1].
“A DIY DeX box built from a broken Galaxy Fold 5 makes Google’s Pixel desktop ambitions look timid, unfinished, and weirdly overdue.”
This situation reflects a broader tension in the mobile industry between hardware capability and software utility. While Google is diversifying its hardware with the Pixel 10 series, the lack of a robust desktop mode like Samsung DeX limits the device's utility as a primary computing tool. The project underscores that hardware innovation alone is insufficient if the software does not enable professional-grade productivity.
