Windows continues to captivate users with its remarkable flexibility, particularly through the use of Virtual Machines (VMs). This capability allows enthusiasts to explore and test older operating system versions without sacrificing the modern features of Windows. A recent experiment by a YouTube creator has taken this concept to new heights, showcasing the intricate layering of Windows versions in a unique and entertaining manner.
Windows inside Windows inside Windows…How far can you go?
On the MetraByte YouTube channel, the creator embarked on an ambitious journey, attempting to install various versions of Windows nested within one another—seven layers deep, to be precise. The challenge involved running Windows 95 inside Windows 98, followed by Windows 2000, Windows XP, Windows Vista, Windows 7, Windows 8.1, and finally, Windows 10—all encapsulated within Windows 11.
Initially, the creator utilized Hyper-V, a built-in virtualization tool in Windows, on a Geekom IT-15 mini PC powered by an Intel Core Ultra 9285H processor. However, they quickly encountered limitations; Hyper-V faltered after just three layers, halting progress and prompting a switch to VMware for further attempts. This transition proved to be a mixed bag of success and challenges.
While VMware allowed for a more extensive layering of Windows, the performance began to wane significantly as the layers increased. For instance, Windows 7 took an astonishing 30 minutes to boot when installed within Windows 8, which was itself nested in Windows 10, all under the umbrella of Windows 11. Faced with these delays, the creator opted for parallel virtualization, running two instances of VMware in Windows 11. This setup featured Windows 11 running Windows Vista, which in turn hosted Windows XP, Windows 2000, and Windows 98.
Despite the creative endeavor, the goal of installing Windows 95 remained elusive, as Windows 98 struggled to boot within the complex virtualization maze. Performance metrics revealed a clear trend: the deeper the installation layers, the more pronounced the decline in performance. This was particularly evident while playing Minecraft Classic, where frame rates plummeted by over 50% in Windows 10 and 8 compared to Windows 11, rendering the game nearly unplayable in Windows 7.
This exploration not only highlights the capabilities of Windows virtualization but also serves as a reminder of the challenges that arise when pushing technology to its limits. As users continue to navigate the landscape of operating systems, the blend of nostalgia and innovation remains a compelling aspect of the Windows experience.
