WSL 2 creates a file ( ext4.vhdx ) that auto-expands. It does not automatically shrink back down when files are deleted, wasting disk space.
Hardware virtualization is no longer just a feature for IT professionals and software developers. In Windows 11, Microsoft has transformed virtualization from an optional power-user tool into a core architectural requirement. Turning on hardware virtualization directly unlocks superior security, boosts gaming performance, and expands your software options.
Windows 11 has built-in support for hardware virtualization, making it easier to enable and use this technology. Here are some reasons why hardware virtualization is better in Windows 11: hardware virtualization windows 11 better
For years, virtualization was a niche topic—something IT administrators and software developers worried about, not everyday Windows users. But with the arrival of Windows 11, that has changed. Hardware virtualization has moved from the server room to center stage, and it is quietly making your operating system faster, more secure, and more versatile.
Essential for testing untrusted apps or running software in a secured container. 3. Better Gaming Performance (With a Caveat) WSL 2 creates a file ( ext4
Here is a comprehensive look at what hardware virtualization does, why it makes your Windows 11 experience better, and how to enable it. Understanding Hardware Virtualization
Hardware virtualization is unequivocally better on Windows 11 than on many prior mainstream consumer Windows releases, for three practical reasons: tighter platform integration, improved firmware/driver expectations, and clearer security-virtualization synergy. Those gains produce a noticeably smoother experience for both everyday users running VMs and for developers and IT pros who rely on nested virtualization, containers, or sandboxed tooling. In Windows 11, Microsoft has transformed virtualization from
Enabling hardware virtualization in Windows 11 is a straightforward process. Here are the steps:
Your physical CPU (Intel or AMD) features dedicated, built-in instructions designed to handle virtual workloads natively.
Both subsystems utilize a lightweight utility VM. This is why hardware virtualization must be enabled in the BIOS for these features to function.