CPU performance Archives

Winsage

June 15, 2026

Windows 11’s June update makes PCs feel faster. Here’s what’s new

On Patch Tuesday in June 2026, Microsoft released a significant update for Windows 11, designated as KB5094126. Key enhancements include: - Low Latency Profile: Boosts CPU clock speeds temporarily for specific tasks, reducing lag during operations. - Simultaneous Webcam Access: Allows multiple applications to use the webcam simultaneously. - Shared Audio: Enables two users to connect headphones to one PC for shared audio enjoyment. - NPU Usage Monitoring: Task Manager displays Neural Processing Unit usage for individual processes, with new columns for NPU and NPU Engine. - Enhanced Windows Search: Users can locate files with just two characters instead of three. The update also introduces new Secure Boot certificates for improved security. After installation, Windows 11 build numbers will show either 26200.8655 (25H2) or 26100.8655 (24H2). Updates are rolled out gradually, so some users may experience delays in accessing features.

Winsage

June 13, 2026

Windows 11’s Low Latency Profile Is Available Now. Here’s How to Use it

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.

Winsage

June 10, 2026

Windows’ June update finally makes your sluggish PC feel snappier

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

Windows 11’s CPU performance boost released today, enable it using these steps

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.

Winsage

May 28, 2026

Microsoft is Rolling Out Windows 11 Performance Boosting Update

Microsoft has introduced the "Low Latency Profile" (LLP) feature in the KB5089573 update for Windows 11, aimed at optimizing CPU performance for brief intervals of 1 to 3 seconds to enhance user experience. This feature is expected to improve the launch speed of core Microsoft applications, with in-box apps like Edge and Outlook launching approximately 40% faster, and improvements to the Start Menu and context menus yielding speed increases of up to 70%. Users can activate this performance upgrade by installing the KB5089573 update through Settings > Windows Update > Advanced options > Optional updates. The LLP will be activated gradually through a Controlled Feature Rollout (CFR), meaning users may not see immediate changes as the system prepares for full implementation. The LLP allows for short bursts of increased CPU performance, which may lead to slightly higher temperatures during lighter tasks, but aims to provide a seamless experience.

Winsage

May 15, 2026

Lilbits: A RISC-V router (crowdfunding), an E Ink color dev kit, and Windows 11 taskbar customization

Microsoft is reintroducing the option to reposition the taskbar in Windows 11, currently available only to Windows 11 Insider Preview program members using an experimental build. Additional customization options for the Start Menu are also being rolled out to Insiders. A crowdfunding initiative has launched for a WiFi router powered by a RISC-V processor and a modified version of OpenWrt, featuring a SpacemiT K1 RISC-V processor, 4GB of RAM, and 16GB of storage, priced at 9, with no delivery guarantee. M5Stack has launched a development kit with a 4-inch E Ink Spectra 6 color display, priced at , which includes a 1250 mAh battery, microSD card reader, speaker, microphone, and buttons. GEEKOM has upgraded its mini PC lineup with the A9 Max 2026 Edition, featuring a Ryzen AI 9 HX 470 chip for improved AI and CPU performance compared to the HX 370. Pine64 has warned of a defect in a batch of its PinePower V2 power supplies, which may display a 0V output under certain conditions, assuring users that the issue will be fixed in the next production batch.

Winsage

May 15, 2026

Microsoft confirms next Windows 11 update will “accelerate app launch and core shell experiences”

Microsoft will roll out Low Latency Profile enhancements for Windows 11 in the coming weeks, currently being tested in Release Preview builds. This feature optimizes CPU performance by temporarily boosting frequency during brief intervals, potentially improving app launch responsiveness by up to 40% and system flyouts by up to 70%. Preliminary tests indicate significant performance improvements, especially for users with lower-end hardware. The feature operates in the background and is not user-configurable. It will be included in an upcoming optional non-security preview update expected by the end of the month, followed by integration into the next monthly security patch on June 9. Updates will be rolled out in phases. These enhancements are part of Microsoft's Windows K2 initiative.

AppWizard

May 14, 2026

Galaxy Tab S12 series? Samsung app reveals Dimensity 9500 device is coming (APK teardown)

Samsung plans to use the MediaTek Dimensity 9500 chip in its upcoming Galaxy Tab S12 series, moving away from the traditional Snapdragon processors. The Dimensity 9500, identified by its model number MT6993, is linked to various innovative features in Samsung's AI core application, including AI-generated wallpapers, image expansion capabilities, generative editing tools, and image harmonization techniques. While the Dimensity 9500 may not match the Snapdragon 8 Elite Gen 5 in CPU performance, it is noted for its gaming performance and lower temperatures during extended use, making it a suitable choice for Samsung's new devices.

AppWizard

May 14, 2026

15 PC Games That Rely More on CPU Than GPU

In competitive gaming, unique character abilities combined with a 5v5 format create innovative experiences, with high stakes in competitive shooters where low frame rates can lead to defeat, demanding on CPU resources. Baldur’s Gate 3 features an immersive storyline and expansive world, requiring a robust CPU due to its intricate physics and character interactions. Microsoft Flight Simulator (2020 onwards) is a CPU-intensive simulation game that offers real-time world streaming, dynamic weather, and air traffic management. GTA Online allows players to engage in a sprawling open world of crime, with complex AI interactions that demand substantial processing power. Civilization VI, while not graphically intensive, requires significant CPU load for its intricate gameplay mechanics and constant calculations. Counter-Strike 2 demands high FPS and stable frame rates, making it extremely CPU-intensive due to its tactical team-based combat. World of Warcraft is one of the most CPU-intensive MMOs, requiring significant processing power for large-scale battles and exploration. Total War: WARHAMMER III places considerable demands on CPU performance due to its real-time warfare mechanics with vast armies. Overwatch relies on steady frame rates and real-time calculations, necessitating a powerful CPU, while also depending on the GPU for optimal performance. Minecraft's resource generation and real-time world building place significant demands on the CPU across various modes. Call of Duty: Warzone requires a powerful CPU to maintain fast frame rates and execute numerous physics-related calculations on a massive map. Starfield is one of the most demanding PC games of 2023, emphasizing the need for a capable CPU to handle its complex mechanics and expansive environments.

Winsage

May 14, 2026

Microsoft is improving the responsiveness of Windows 11 with WinUI 3

Microsoft is advancing its Project K2 initiative to improve the Windows 11 user experience by addressing performance issues, AI features, updates, and storage use. A key aspect of this project is transitioning Windows 11 components like the Start menu and File Explorer to WinUI 3, with a focus on optimizing performance. Recent updates show that File Explorer has achieved a 41% reduction in memory allocations, a 63% decrease in transient allocations, a 45% drop in function calls, and a 25% reduction in execution time for WinUI code during launches. These enhancements are expected to be integrated into the winui3/main development branch and WinAppSDK 2.x, with some optimizations requiring applications to opt in. Microsoft is also working with various Windows teams to ensure comprehensive performance gains and has introduced a Low Latency Profile feature to boost CPU performance temporarily during application launches.