One of the notable challenges encountered during the launch of ARM-based Windows 11 PCs in 2024 was the somewhat clumsy interaction between these chips and various legacy applications and drivers. In a striking turn of events, Google is now poised to offer a more seamless experience with its newly unveiled Googlebooks and the accompanying Googlebook OS, which is expected to deliver a smoother launch compared to its Intel-based counterparts. As Googlebooks become available for purchase today, this shift in dynamics is worth considering.
Launch Overview
Today marks the debut of five laptops equipped with Google’s innovative operating system, which merges elements of Android with the traditional ChromeOS. Among these, two models—the Dell XPS Googlebook and the HP Googlebook 14—are powered by Qualcomm’s ARM-based Snapdragon X Elite chips. The remaining three laptops utilize Intel’s latest Core Ultra Series 3 processors, indicating that the majority of the initial offerings are still rooted in the established x86 microarchitecture. This reliance on Intel’s architecture raises the possibility of compatibility challenges at launch, as indicated by a statement from Google to Android Authority.
In Google’s own words:
“The vast majority of Android apps run smoothly across both Intel and Qualcomm Googlebooks right out of the box. Because many Android apps were originally designed for ARM chips, a small handful of complex apps or games need some developer tuning to run their best on Intel-based platforms. We’re working hand-in-hand with app developers, Intel, and Qualcomm to continuously optimize performance and expand compatibility across the entire portfolio.”
This approach seems logical for several reasons. Google has assured users that they will be able to access a wide range of Android applications in a familiar big-screen format on their laptops. However, it is important to note that not all applications have been adapted for larger displays, and some may still require casting from an Android device directly to a Googlebook.
In a bid to facilitate this transition, Google has committed to showcasing a selection of Android apps in the Play Store that are expected to perform well on the new operating system. Nevertheless, many legacy applications were designed specifically for the ARM architecture, which dominates the smartphone market today. Consequently, some compatibility and performance issues are anticipated when transitioning from ARM to x86, especially since Google has not promised any emulation or compatibility layers akin to those found in Windows 11.
The situation is further complicated by the fact that Googlebook OS operates on the Android kernel, distinct from the Linux kernel utilized by ChromeOS. This necessitated the development of a new operating system capable of functioning on two separate microarchitectures simultaneously, while also incorporating many of the unique features that Chromebook users have come to expect. Such an undertaking represents a significant challenge for any organization, which is why expectations for a flawless launch of Google’s new laptop ecosystem may be tempered.
As reviewers begin to explore these new laptops this week, the tech community eagerly anticipates whether Google has successfully carved out a niche in the competitive laptop operating system landscape, which is predominantly occupied by macOS, Windows 11, and, to a lesser extent, Linux.
