If you type “Windows 11 consumes a lot of…” into any search engine today, autocomplete suggestions will tell you everything you need to know about the OS. RAM, data, battery – the results will all lead you to the same long-standing problems. Truth, for the most on consumer devices, Windows 11 is simply not optimized enough, and to this day Microsoft continues to rely on user intervention for optimal performance out of the box.
The results are hard to ignore RAM limited economyperhaps now more than ever. Entry-level laptops with 8GB of RAM are back on the market, and they routinely choke before you even open a program. Windows-based handhelds have revealed how ill-suited the stock shell is for resource- and thermally-constrained hardware. However, there is a solution to this problem, and it’s one that Linux found a long, long time ago.
Windows 11 shell has a resource consumption problem
A problem that Microsoft has acknowledged but never fixed
Windows architecture is such that explorer.exe serves as the main user shell. It’s a single, unified process that manages the taskbar, Start menu, file browser, widget boards, and system tray all at once. Add in the Search Indexer, OneDrive processes, Copilot components, and telemetry services constantly running on top of it, and you’ve got a very busy OS. But exactly how busy is it?
Recent reports from tech publications like TechPowerUp have reported on Windows 11 versions such as Home and Pro on RAM-constrained systems, specifically computers with 8GB of system RAM. It can hold up to 6 GB of memorypretty shocking memory management screen.
Now, to be fair, some of this is intentional. Windows uses SysMain to cache frequently used programs into available memory and operates on the philosophy that any amount of unused RAM is wasted RAM. In a system with a large RAM buffer, this philosophy works well. However, on an 8GB laptop, things start to get a little tricky. No space is left, and the moment you load a memory-intensive program, the system starts crunching page files. Microsoft acknowledged the bloat and promised to solve the main tracebut the shell problem remains the same.
Linux was the first to solve this problem, and SteamOS was a proof of concept
Windows needs variable desktop environments
If you look at any Linux distribution, you will see that the desktop environment is a modular component that can be installed, modified or changed without touching the underlying operating system. If you want a full-featured interface, GNOME or KDE Plasma. If your hardware can’t handle the overhead, you switch to XFCE, which runs a small chunk of memory.
SteamOS is perhaps the clearest evidence of this philosophy working in the consumer market in practice, and if you follow my commentary, why handhelds switch to Linuxyou will know why the results speak for themselves. Valve simply took the Linux kernel, stripped down the desktop layer to a controller-native, game-first shell, and built a hand-crafted experience that Windows handhelds consistently can’t match in both performance and usability. This is no compromise either, as the desktop environment is still available via the Steam Deck Embedded Desktop mode. However, it does detract from the gaming experience.
Users have long wanted a lighter version of Windows
When will Microsoft finally decide to deliver?
Demand for a lighter iteration of the Windows experience isn’t new, and it’s not niche. Users have been asking for it forumsfeedback channels and social media for years, and the case for this has only gotten stronger since the hardware landscape has changed. Not every laptop needs Copilot to run in the background, not every handheld needs a full Windows suite, and not every entry-level machine with 8GB of RAM is expected to carry the same shell as a workstation with four times the memory.
An application can be simple or complex. Microsoft can offer a lighter shell configuration through the Windows installation process itself, possibly through a mode that disables non-essential services, minimizes telemetry, and prioritizes system resources for applications expected to run on the device.
For handheld devices, this means a native interface built with high-performance gaming in mind. Microsoft has been able to demonstrate that this is (at least partially) possible Xbox Full Screen Experience on ROG Ally devices that conclusively prove that stripping background services gives a noticeable performance boost. The problem is that it stopped there. The Full Screen Experience is not a reengineered shell, but rather a launch layer that sits on top of the OS and treats the symptoms of the problem without resorting to the underlying architecture.
When it comes to operating systems, one size does not fit all
The timing makes the need for this solution more urgent than ever. The ongoing DRAM crisis has driven memory costs into the stratosphere, and manufacturers are shipping 8GB configurations because neither consumers nor manufacturers can afford to do otherwise. If the hardware cannot scale to respond to the OS, the OS must obviously scale down to match the hardware. One size has never fit all in this market, and it’s long past time for Microsoft to stop pretending that it does.
