Dual booting Windows and Linux used to be the answer for anyone who needed both. Then every Windows feature update rewrote the boot loader, GRUB kept vanishing, and the partition table gained a new tenant Microsoft did not remember inviting. There is a much less fragile way to run Linux on a Windows machine now: a properly tuned WSL setup, a hypervisor, or a container runtime that lives inside Windows rather than beside it.
We tested seven ways to get to a working Linux userland from Windows 11 without a second boot entry. Below is what actually holds up through a full development day, a compile that maxes out all cores, and a Windows update that would have crashed a dual boot setup.
What to look for in a dual-boot replacement
- Native performance. Compile times and I/O should be within 10% of bare-metal Linux, not a heavy VM tax.
- File system interop. Reading Windows files from Linux (and vice versa) should be transparent, not a shared network folder detour.
- GPU access. Both CPU-only and GPU-accelerated workloads (CUDA, ROCm) should just work.
- Networking. Bridged, NAT, and mDNS should behave like a normal machine on the LAN.
- Snapshots and rollback. A broken environment should recover in seconds, not a reinstall.
- Boot time. Ten seconds to a shell is fine. Sixty is a lifestyle change.
Quick comparison
| App | Best for | License | Free plan | Starting price | Rating |
|---|---|---|---|---|---|
| WSL2 | Default Linux userland | MIT | Free | Free | 4.7 |
| Hyper-V | Windows-native full VMs | Proprietary | Windows Pro built-in | Windows Pro license | 4.5 |
| VirtualBox | Cross-vendor full VMs | GPL / PUEL | Free | Free | 4.3 |
| VMware Workstation Pro | Serious desktop VMs | Proprietary | Free personal | Free personal, paid commercial | 4.6 |
| QEMU | Custom hypervisor stack | GPL | Free | Free | 4.4 |
| Multipass | Ubuntu VMs on demand | Apache 2.0 | Free | Free | 4.5 |
| Docker Desktop | Container-scoped Linux | Apache 2.0 | Free personal | About $9/user/mo Business | 4.5 |
The apps
1. WSL2 — Best default Linux userland
Windows Subsystem for Linux 2 is Microsoft’s own answer to the dual-boot problem. A managed Hyper-V VM boots in under two seconds, runs a real Linux kernel, mounts your Windows drives at /mnt/c, and integrates with VS Code, Windows Terminal, and PowerShell.
For most developers, WSL2 is now the default Linux environment on a Windows machine. GPU passthrough (CUDA, ROCm) works. Systemd support is on by default. wsl --install ubuntu gets you a working shell in under a minute.
Where it falls short: File I/O between Linux and Windows filesystems (/mnt/c vs ~/) is slower than staying in one. Some GUI apps need WSLg to render smoothly, and a few networked services want reserved ports.
Pricing:
- Free: Bundled with Windows 10 and Windows 11
- Paid: None
Platforms: Windows 10 (2004+), Windows 11
Download: WSL install docs
Bottom line: Turn this on before anything else. Most “I need Linux” needs stop here.
2. Hyper-V — Best Windows-native full VMs
Hyper-V is the hypervisor that already lives inside Windows Pro and Enterprise. Turn it on from Windows Features, and Hyper-V Manager opens a familiar VM UI that runs full Linux, Windows Server, or BSD guests with live snapshots.
Because WSL2 rides on Hyper-V, running the two side by side is friction-free. Enhanced Session Mode gives Linux guests a resizable window with clipboard sharing.
Where it falls short: No native macOS guest support (unlike VMware). Windows Home does not include Hyper-V. Some third-party tools (nested VirtualBox, older Docker versions) fight for the hypervisor.
Pricing:
- Free: Bundled with Windows Pro, Enterprise, Education
- Paid: Windows Pro license upgrade if on Home
Platforms: Windows 10 Pro, Windows 11 Pro
Download: Turn on in Windows Features → Hyper-V
Bottom line: The right pick when you need full VMs and already run Windows Pro.
3. VirtualBox — Best cross-vendor free VMs
VirtualBox by Oracle is the free hypervisor almost every hobbyist project uses. Windows, macOS host support, Linux and Windows guests, snapshotting, headless mode, and a scriptable CLI (vboxmanage) cover most workloads.
The Extension Pack (RDP, USB 2/3, PXE boot) is proprietary but free for personal use. Guest additions handle clipboard, drag-and-drop, and shared folders.
Where it falls short: Performance trails Hyper-V and VMware Workstation, particularly on I/O-heavy Linux guests. Kernel updates on the host sometimes break USB passthrough.
Pricing:
- Free: GPL base
- Paid: Extension Pack is free for personal, licensed for commercial
Platforms: Windows, macOS, Linux, Solaris hosts
Download: VirtualBox
Bottom line: The obvious choice when your team is mixed OS and you want the same hypervisor everywhere.
4. VMware Workstation Pro — Best serious desktop VMs
VMware Workstation Pro is Broadcom’s paid hypervisor with the strongest guest performance in the desktop tier. Better disk I/O than VirtualBox, cleaner nested virtualization (running Docker inside a Linux VM inside Workstation works out of the box), and mature Unity Mode for running Linux apps directly on the Windows desktop.
VMware made Workstation Pro free for personal use in 2024. Commercial use still requires a license.
Where it falls short: Confusing licensing story since the Broadcom acquisition. Fewer community-shared VMs than VirtualBox. Startup time is higher.
Pricing:
- Free: Personal use, full features
- Paid: Commercial licenses through Broadcom
Platforms: Windows, Linux hosts
Download: VMware Workstation Pro
Bottom line: The right pick when performance and reliability matter more than free-and-obvious.
5. QEMU — Best custom hypervisor stack
QEMU is the open-source machine emulator and hypervisor under the hood of most Linux virtualization stacks. On Windows it runs as a portable binary with a command-line interface. Combined with a UI like Aqemu or the WSL-based virt-manager, you get full VM management for free.
The reason to pick QEMU over VirtualBox is device emulation flexibility. Custom disk formats, arbitrary architectures (RISC-V, ARM, MIPS on x86), and USB device passthrough that VirtualBox rejects all work.
Where it falls short: No polished Windows UI. Command-line flags are the language, and the manual is long. Not a fit if you just want a Linux desktop in a window.
Pricing:
- Free: GPL
- Paid: None
Platforms: Windows, macOS, Linux
Download: QEMU on Windows
Bottom line: Pick this when a corner case (odd architecture, custom device) rules the mainstream tools out.
6. Multipass — Best Ubuntu VMs on demand
Multipass by Canonical spins up an Ubuntu VM from a single command: multipass launch --name dev 22.04. The VM appears in under 30 seconds with cloud-init pre-configured, a working SSH, and shared folders back to Windows.
Under the hood on Windows it uses Hyper-V (or VirtualBox as a fallback). For anyone who runs Ubuntu-shaped workloads and does not want to click through a hypervisor UI, it is faster than either.
Where it falls short: Ubuntu-only. Custom images require extra work. Networking defaults are simpler than a full hypervisor’s.
Pricing:
- Free: Apache 2.0
- Paid: None
Platforms: Windows, macOS, Linux
Download: Multipass
Bottom line: The right pick when you want disposable Ubuntu VMs from a shell without any UI in the way.
7. Docker Desktop — Best container-scoped Linux
Docker Desktop on Windows runs a lightweight WSL2-hosted Linux VM and exposes the Docker CLI on the Windows side. For workloads that live inside containers (backend services, Kubernetes learning, dev containers in VS Code), this is enough Linux without a full VM.
The Dev Containers integration with VS Code turns any Dockerfile into a reproducible dev environment. Runs cleanly next to WSL2 without competing for the hypervisor.
Where it falls short: Not a real Linux desktop. GUI apps need extra plumbing. Business use of Docker Desktop needs a paid subscription (personal use is still free).
Pricing:
- Free: Personal, small business (fewer than 250 employees, less than $10M revenue)
- Paid: About $9/user/mo Pro, $15/user/mo Team, $24/user/mo Business
Platforms: Windows, macOS, Linux
Download: Docker Desktop
Bottom line: Skip this if you just need Bash and vim. Use it when the workload is a container.
How to pick the right one
- If you want Linux on Windows in five minutes: WSL2. Nothing else is as fast to first shell.
- If you already run Windows Pro and want a real VM with a real desktop: Hyper-V.
- If your team mixes Windows, macOS, and Linux hosts: VirtualBox. Same UI everywhere.
- If VirtualBox is not fast enough: VMware Workstation Pro. Free for personal, still the top performer.
- If a corner case (odd arch, weird device) breaks the mainstream tools: QEMU.
- If you spin up Ubuntu VMs constantly: Multipass. One command per VM.
- If the workload is a container, not a machine: Docker Desktop.
FAQ
Is WSL2 as fast as native Linux?
For CPU-bound tasks and I/O within the Linux filesystem, WSL2 is within 5% of native. Cross-filesystem work (a Node build reading from /mnt/c) is slower. Keep the working tree inside the Linux user directory and the difference vanishes.
Can I run Hyper-V and WSL2 at the same time?
Yes. WSL2 runs on top of Hyper-V, so enabling Hyper-V is a prerequisite for the fastest WSL2 backend. Third-party hypervisors (VirtualBox, VMware) can run alongside as of recent Windows builds thanks to the Windows Hypervisor Platform API.
Do I need Windows Pro for WSL2?
No. WSL2 works on Windows 10 Home and Windows 11 Home. Hyper-V Manager is the Pro-only piece; the WSL2 backend uses the underlying platform without exposing it.
Which one gives me a Linux desktop?
Hyper-V, VirtualBox, VMware Workstation Pro, and QEMU all give you a full Linux desktop in a window. WSL2 gives you a shell by default; WSLg extends it to run Linux GUI apps directly on the Windows desktop.
Can I run multiple distros at once?
Yes. WSL2 supports multiple named distros (wsl -l -v), and every hypervisor supports multiple VMs limited only by RAM.
What is the safest way to try Linux without touching my Windows install?
Turn on WSL2. If it does not fit the need, add VirtualBox or VMware Workstation Pro for a full VM. Both stay entirely inside Windows and do not modify the boot loader.
