HWiNFO

Winsage
June 22, 2026
Windows 11 has introduced the Low Latency Profile to enhance the responsiveness of the Start menu, Search, and Action Center by rapidly increasing CPU frequency during user interactions. Testing on a Lenovo ThinkCentre M700 Mini Desktop with a 6th Generation Intel Core i3-6100 processor showed that the Low Latency Profile could be activated via the June 2026 Patch Tuesday update (KB5094126) and the third-party tool ViVeTool. Initially, no significant CPU frequency spike was observed, but after enabling the feature, the CPU frequency increased from approximately 800MHz to 3.0GHz and then to 3.7GHz almost instantaneously during interactions. This resulted in a marked improvement in the responsiveness of the Start menu and Action Center, with the latter showing the most significant enhancement. The Low Latency Profile effectively improved performance on older systems without adverse effects on battery life or thermal output.
Winsage
June 17, 2026
Windows 11 has introduced a feature called Low Latency Profile, which enhances CPU performance by allowing it to reach maximum clock speeds quickly during application launches or actions. Users can observe these performance changes in real-time through the Task Manager or use third-party applications like HWiNFO for more detailed metrics. The feature's toggling is not straightforward, leading to uncertainty about its impact on battery life for laptops and tablets. It is particularly beneficial for gamers who can enable performance mode within Windows.
Winsage
June 13, 2026
Microsoft has rolled out its Low Latency Profile to all Windows 11 users, optimizing CPU performance for quicker frequency ramp-up when using Windows features. This update enhances responsiveness, particularly in tasks like opening the Start menu and other native elements. To access the feature, users need to download the June 2026 Patch KB5094126 for specific OS builds and reboot their systems. The update also includes improvements such as better Shared Audio capabilities, multi-app camera support, and refinements to Windows Search.
AppWizard
June 10, 2026
The latest Windows 11 update includes the Low Latency Profile feature, which enhances performance for certain applications by temporarily increasing CPU speed for brief intervals. Currently, only Microsoft's applications and native Windows 11 features can utilize this capability, but third-party applications may be able to in the future. The update, identified as KB5094126, is necessary to activate the feature, which operates quietly in the background. Users can verify the feature's functionality by ensuring the update is installed and can conduct tests to observe changes in CPU clock speed. Personal experiences with the feature show varying degrees of improvement in responsiveness, particularly on older systems.
Winsage
June 10, 2026
Microsoft has rolled out the "Low Latency Profile" feature for Windows 11 as part of the June update KB5094126, available for all Windows 11 24H2 and 25H2 PCs. This feature enhances responsiveness during tasks like launching applications and accessing the Start menu by temporarily increasing CPU clock speed to its maximum for 1 to 3 seconds during actions that cause lag. Users must install update KB5094126 and check for a build number of 26200.8655 for 25H2 or 26100.8655 for 24H2 to access the feature. The activation of the Low Latency Profile may not be immediately visible, and the HWiNFO app can be used to monitor CPU activity for confirmation of its activation.
Winsage
June 10, 2026
Microsoft's June 2026 Patch Tuesday update, KB5094126, introduced the Low Latency Profile feature in Windows 11, aimed at improving responsiveness of core shell experiences like the Start menu and Action Center. This feature optimizes CPU performance by allowing it to quickly reach maximum frequency for one to three seconds during user interactions, enhancing the speed of actions such as opening the Start menu. Users must install the update and may need to enable the feature manually using ViVeTool if it is not activated automatically. The Low Latency Profile is designed to work without significantly impacting battery life or thermal performance. Other enhancements in the update include Shared Audio for Bluetooth headphones, Multi-App Camera functionality, and improved Task Manager capabilities.
BetaBeacon
April 3, 2026
The Wine Project has released version 11.6, which includes improvements and bug fixes to enhance user experience. The update focuses on reviving the Android driver and improving VBScript compatibility. Gaming compatibility has been addressed, fixing issues in popular games like Minecraft Windows 10 Edition and Mount & Blade: Warband. For Linux gamers, the update resolves problems in Diablo IV and Cyberpunk 2077. Additionally, enhancements have been made for DLL handling in Gecko-based browsers and modded game setups. Compatibility fixes have also been provided for various applications like StarOffice 5.1 and PDF-XChange Editor. The source code for Wine 11.6 is available for download on GitLab, with binary packages for different distributions expected to be available soon.
AppWizard
December 27, 2025
Average Frames Per Second (FPS) is a common metric in PC gaming performance, but consistency in gameplay experience is equally important, highlighted by metrics such as 1% low and 0.1% low average FPS. CapFrameX is a tool used for capturing and analyzing detailed performance data, including frametimes, which provide a more accurate assessment of gaming performance than basic FPS counters. Key metrics generated by CapFrameX include: - Average FPS: Overall framerate averaged across the capture session. - 1% low average FPS: Average of the worst 1% of framerates, indicating sustained performance. - 0.1% low average FPS: Average of the worst 0.1% of framerates, highlighting rare but significant performance dips. To ensure accurate benchmarking results with CapFrameX, users should update their UEFI BIOS, operating system, and drivers, clear unnecessary applications, configure power settings for maximum performance, monitor temperatures, and conduct multiple benchmark runs under consistent conditions. The setup process for CapFrameX includes downloading the software, configuring capture options, and verifying the setup through test captures. After capturing benchmark runs, users can analyze the data using the Analysis and Comparison tabs in CapFrameX to evaluate performance metrics and identify potential issues. Common pitfalls in benchmarking include inconsistent scenes, overlooking frametime variance, and not preparing the system properly.
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