This is an opinion piece, not a Microsoft announcement. Nothing here is a patch, a bug or a policy change. It's a comparison, and the useful part is separating what holds up from what needs caveats.
1. Window management: tiling, workspaces and Activities
The claim: Windows uses a floating (stacking) window model, so windows overlap and hide each other. Linux can tile windows automatically so none overlap, and its virtual desktops are more deeply integrated.
What holds up: Linux does offer a wider range of window-management styles than Windows. Tiling window managers such as i3 are a real category. KDE's own announcement for Plasma 4.5 said that KWin could lay out windows without overlapping using tiling algorithms. That is a historical release note, not a description of how current Plasma behaves out of the box. KDE Activities are also real. They are an optional Plasma feature that goes beyond plain virtual desktops. The Plasma 4.5 announcement described the Activity Manager as a way to add, remove, save and switch between Activities, each giving a clearer separation between tasks.
What needs caveats:
- "Linux" is not one desktop. Automatic tiling depends on the distribution, the desktop environment and your configuration. Many default installs behave much like Windows, with floating windows.
- GNOME's own help page describes workspaces as a way of grouping windows. Its tiling instructions are more modest than the article's picture: you maximize two windows side by side. That is not an automatic grid.
- Windows is not stuck in 1995. Microsoft's support documentation for Windows 10 and 11 lists Snap, Snap Assist, Task View and multiple desktops. According to Microsoft, you can snap a window to one side of the screen by dragging it to the edge, or by pressing the Windows key + Arrow keys. After you snap a window, Snap Assist offers thumbnails of your other windows to fill the remaining space. Windows desktops can also have different backgrounds.
Verdict: The fair claim is that Linux offers more configurable and more automatic approaches. It does not offer a capability Windows lacks entirely. If you want a window that automatically halves your screen when a second app opens, that is a Linux-side option. It is not what a default install of any desktop gives you.
Try it on Windows first: Press Win + Left or Right Arrow to snap, then pick a second window from Snap Assist. Press Win + Tab to open Task View and create a new desktop. These steps come from Microsoft's multitasking page.
2. The persistent live USB versus Windows To Go
The claim: A Linux live USB lets you boot a full environment without installing it. A persistent live USB saves your changes and apps, so you can carry the same setup between PCs. The article says Windows To Go was the Windows equivalent and that Microsoft discontinued it in 2019.
What holds up: The live USB concept is well documented. Ubuntu's wiki describes a live USB as a way to run and test Ubuntu directly from a USB drive without making any changes to your computer. Ubuntu's USB tutorial adds that you can use such a stick to boot into Ubuntu on a borrowed machine or to repair a broken configuration.
Correction on Windows To Go: The "2019" date is not what Microsoft's documentation says. Microsoft Learn states that Windows To Go is removed in Windows 10, version 2004 and later. The same page says it required specific certified USB drives that many OEMs no longer support, and that it did not support feature updates. So Microsoft removed a niche enterprise feature. It was limited to Windows 10 Enterprise and Education.
Practical caveats for persistent Linux USBs:
- Boot compatibility varies by PC. The target machine needs USB boot enabled in firmware. Secure Boot and firmware settings can get in the way. Ubuntu community guidance for some persistent setups notes configurations that cannot boot with Secure Boot, but I could not verify that page here, so treat it as a lead and not a rule.
- Creating the stick wipes it. Ubuntu's tutorial warns that any data on the selected USB device will be destroyed. It also says to pick the exact device. Ubuntu's tutorial recommends an 8 GB or larger stick for the basic live image.
- Back up. Persistent storage on removable flash is not a substitute for real backups.
- Expect different hardware on each PC. "Same environment everywhere" is broadly right. Drivers, graphics and Wi-Fi may not behave identically on every machine.
Microsoft's own Windows To Go notes show the same portability issues apply on the Windows side. It had to handle drivers across host PCs, disable the TPM in favor of a boot password with BitLocker, and warn that some apps bind to hardware.
Verdict: Linux still has a mainstream, supported way to carry a bootable OS on a USB stick. Windows had a supported one and removed it. That part of the argument stands, with the corrected date.
3. Old hardware and the TPM 2.0 wall
The claim: Windows gets heavier and imposes hardware requirements such as TPM 2.0, which makes serviceable PCs ineligible for the latest version. Linux has a smaller footprint and can revive old machines.
What holds up: The Windows 11 requirements are public. Microsoft Learn lists UEFI firmware with Secure Boot capability and TPM version 2.0, and a DirectX 12 compatible graphics card. Microsoft's spec page also lists a 1 GHz or faster processor with two or more cores, 4 GB of RAM and 64 GB of storage. A PC that fails these checks, for example one with an older CPU or no TPM 2.0, cannot officially upgrade.
Microsoft's stance has been firm. A Yahoo Tech report quoted a Microsoft senior product manager calling TPM 2.0 important for identity and data protection, and said Microsoft has not lowered the bar. A separate Microsoft Q&A answer noted that Windows 11 does not accept USB-connected TPM devices as meeting the requirement. That is a community-answer source, so treat it as informal.
What needs caveats:
- The requirement is real, but it isn't the whole story. Some older PCs have a TPM disabled in firmware, and enabling it can fix an eligibility message. Not every ineligible PC is truly incompatible.
- Windows 11 can reportedly be installed on unsupported hardware, but Microsoft treats that as an unsupported state. Tom's Guide reported in 2021 that such machines may miss updates. That reporting is old, so check current Microsoft guidance before relying on it.
- Specific RAM figures for Puppy Linux or Tiny Core Linux are not verified here. I'm not repeating the article's "few hundred megabytes" claim. The article itself concedes these systems can't handle modern workloads.
- "Lighter" depends on the desktop environment. A heavy desktop on 2 GB of RAM may not feel better than Windows. A modern browser is often the real memory hog on either OS.
Verdict: For limited jobs such as a basic home server, a kiosk or light browsing, a lightweight Linux install can give a Windows 11-ineligible PC more life. Test a live USB first. "It boots" is not the same as "it runs modern apps comfortably."
How the argument holds up
| Claim | Supported? | Main caveat |
|---|---|---|
| Linux offers more flexible window management | Yes, as a range of options | Not every Linux desktop tiles by default; Windows has Snap and virtual desktops |
| Persistent live USB is a portable OS | Yes | Boot compatibility varies; the USB is erased when created |
| Windows To Go ended | Yes, but not "2019" | Microsoft says removed in Windows 10 version 2004 and later |
| Old PCs can't run Windows 11 because of TPM 2.0 | Partly | Some are limited by disabled firmware settings, and Linux isn't guaranteed to run well |
Where the article overreaches
The headline says Microsoft has "no answer." Microsoft has answers of a kind: Snap, Task View and multiple desktops for windows. It had Windows To Go for portability. For old hardware, its answer is "buy a supported PC," which readers may not like but is an answer.
The piece also drifts into claims it doesn't back up. These include Linux being generally more secure, offering better snapshots than System Restore, giving more update control and avoiding ads. I did not verify those, and they are not covered by the sources I reviewed.
The author's underlying point deserves credit. The article openly concedes that Windows is stronger for anti-cheat games and industry-standard professional apps. That is an honest trade-off. For anyone whose workflow depends on those, the Linux case ends there.
What Windows users can do
- Test before switching. Make a live USB from a mainstream distribution and boot it on the PC in question. Don't touch your Windows install.
- Check your own TPM status. If Windows 11 says your PC isn't eligible, look in the firmware settings for an fTPM or PTT option before writing the machine off.
- Use what Windows already has. Snap layouts and virtual desktops cover many multitasking needs.
- Keep backups whichever route you pick.
Linux is a legitimately good option for tiling fans, tinkerers and people with aging hardware. "Hands down" and "no answer" are more marketing than measurement.
Correction (October 19, 2026): An earlier version said Ubuntu's tutorial recommends a 6 GB or larger USB stick for the live image. Ubuntu's official tutorial actually requires "An 8GB USB stick or larger."