When you aren't running any VMs, Windows 11 partially unloads the hypervisor drivers, allowing the CPU to enter deeper C-states (power-saving modes). Benchmarks show that running Windows 11 with Hyper-V enabled results in only additional battery drain compared to having it disabled. On Windows 10, that penalty was closer to 5-8%.
This is the most common concern. Historically, enabling virtualization features could introduce a small performance overhead, typically 2–5% in CPU-bound tasks. However, with Windows 11 and modern CPUs (Intel 11th-gen and newer, AMD Ryzen 5000 series and newer), the performance penalty has become negligible for most users. hardware virtualization windows 11 better
Windows 11 uses virtualization to create a secure area of memory separate from the main operating system. This is known as . When you aren't running any VMs, Windows 11
Windows 11 represents a paradigm shift in the Windows operating system lineage, transitioning from an optional utility to a foundational dependency on hardware virtualization. Unlike its predecessors, where virtualization was largely relegated to server roles or specific developer tasks, Windows 11 utilizes hardware virtualization (specifically CPU extensions like Intel VT-x and AMD-V) as a core pillar of its security and process isolation architecture. This is the most common concern
Windows 11 has taken WSL even further. Recent updates have added , enabling WSL to tap into graphics processors for compute workloads like CUDA (NVIDIA) and DirectML, video encoding/decoding, and hardware-accelerated GUI applications. Additionally, Windows 11 enables more seamless Linux kernel upgrades, allowing users to run newer kernel versions inside WSL2 faster, bringing performance, driver, and feature improvements more rapidly. These enhancements make Windows 11 a far superior host for Linux development than previous versions.