Microsoft is actively encouraging feedback from users, particularly those enrolled in the Windows Insider Program, regarding performance issues under the Desktop Environment > System Sluggishness category. In a recent support document, the tech giant reaffirmed its dedication to enhancing the performance of Windows 11.
It is widely acknowledged that Windows 11 demands more resources compared to its predecessor, Windows 10. Users who have transitioned from Windows 10 to Windows 11, especially those with older hardware, have likely felt the impact of this increased resource consumption. While devices optimized for ARM architecture, such as Copilot+ PCs, may experience better performance, the same cannot be said for all users, particularly gamers. Microsoft is keen on addressing these performance concerns and has begun collecting logs when a PC exhibits sluggish behavior.
It is important to note that log collection is exclusive to participants in the Windows Insider Program. Microsoft assures users that it is not monitoring standard PCs; rather, it is gathering data from those who have opted into the program to help improve Windows. “As part of our commitment to improving Windows performance, logs are now collected when your PC has experienced any slow or sluggish performance,” the company stated.
Currently, these logs are stored in the %systemRoot% > Temp > DiagOutputDir > Whesvc folder. Only testers who actively engage with the Feedback Hub and submit feedback will have their logs sent to Microsoft for further investigation.
What does Windows 11’s next update have to offer in performance?
The upcoming Windows 11 25H2 update, while not a major release, is anticipated to focus on bug fixes that could enhance overall performance. For instance, improvements to the File Explorer’s home tab are expected to result in faster load times, reducing the wait from over 15 seconds to approximately 2–3 seconds on older systems.
Additionally, Windows 11 version 25H2 is experimenting with a new feature designed to throttle CPU usage when it detects that the user is away from the PC. While the exact mechanics of this feature remain unclear, it appears to analyze usage patterns and, upon determining inactivity, adjusts CPU performance accordingly. This could lead to reduced power consumption and extended battery life. However, there are concerns that this feature might inadvertently hinder background tasks if the system misinterprets user activity.
