CPU performance Archives

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.

Winsage

May 13, 2026

Your laptop has a hidden control panel Windows won’t show you

Your laptop's utility application provides various features that enhance productivity, often overlooked during setup. It typically appears on the desktop or taskbar and offers functionalities that extend beyond basic Windows Settings. Key features include: - A dashboard summarizing essential PC attributes such as battery status, memory availability, CPU performance, serial number, and warranty information. - Diagnostic tools for troubleshooting and a method to check for updates, including Windows Update, Microsoft Store, and the utility application itself. - Performance settings for adjusting fan speed, allowing for higher performance or quieter operation. - Options to adjust the color gamut for professionals in photography or design, with different color profiles available. - Charging mode adjustments to extend battery lifespan by limiting charging to around 80% during regular use. - Sound presets to enhance audio quality for music, movies, or gaming. - OLED management features to mitigate burn-in issues on OLED displays. - Presence detection technology that locks the device when the user is away and can utilize facial recognition or smartphone proximity for unlocking.

Winsage

May 11, 2026

Microsoft is fixing Windows 11’s speed problem with a feature macOS has had for years

Microsoft is testing a feature for Windows 11 called the "Low Latency Profile," which temporarily boosts CPU performance for one to three seconds during critical actions like launching applications or accessing the Start menu. Early tests show app launch times improving by up to 40% and Start menu responsiveness increasing by up to 70%. This feature operates automatically in the background, requiring no user adjustments, and has shown significant improvements even on low-resource virtual machines. A release date for the feature has not been announced, but it is expected to benefit users with lower-end devices.

Winsage

May 11, 2026

Microsoft denies Windows 11 CPU boost trick is a lazy fix, says Apple does this and you love it

The Low Latency Profile feature in Windows 11 temporarily increases CPU frequency to improve responsiveness for high-priority tasks, benefiting even low-powered virtual machines. It is currently available in Windows 11 Insider builds and aims to optimize performance with minimal impact on battery life and thermal performance. Critics have labeled it a "band-aid" solution for a bloated operating system, while Microsoft’s VP Scott Hanselman defended it as a standard practice in modern operating systems. He noted that the feature is particularly effective on ARM architecture, such as Qualcomm's Snapdragon chips, and explained that the complexity of contemporary Start menus requires more processing power than older versions. Microsoft is working to streamline the Start menu while also enhancing performance through the Low Latency Profile.

Winsage

May 8, 2026

Microsoft Is Testing a Windows 11 Feature That Maxes Out CPU Speed for Faster App Launches

Microsoft is developing a feature called the "Low Latency Profile" for Windows 11, part of the Windows K2 initiative, aimed at enhancing app launch speeds by temporarily boosting the CPU core to its maximum frequency for 1 to 3 seconds. This feature has shown to reduce launch times of Microsoft’s in-box applications, such as Edge and Outlook, by approximately 40%, and improve the speed of system functions like the Start Menu and context menus by up to 70%. While this approach may increase CPU temperatures and potentially drain battery life faster on laptops, it is expected that the benefits in performance will outweigh the drawbacks. The Low Latency Profile is similar to previous Microsoft efforts, such as preloading the File Explorer at startup, and aims to optimize CPU performance for short durations without significantly impacting user experience.

Winsage

May 7, 2026

Microsoft is working on major performance boost for Windows 11 that will speed up app launches and common actions by automatically maxing out CPU in short bursts

Microsoft is developing a performance enhancement feature for Windows 11 called the "Low Latency Profile," which temporarily increases CPU frequency for 1 to 3 seconds during high-priority tasks. This feature is currently being tested in the Windows Insider Program and is part of the broader Windows K2 initiative aimed at improving system responsiveness. The Low Latency Profile operates automatically and does not currently offer a manual toggle for users. The impact on battery life and thermal performance is minimal, and the feature is still in early testing with ongoing refinements expected.

AppWizard

May 5, 2026

PlayStation 5 Linux Tested: Steam PC vs Native PS5 Games

Linux has been successfully implemented on the PlayStation 5, allowing users to run an open operating system on the console. This implementation, led by security researcher Andy Nguyen (TheFlow), utilizes an exploit for PS5 consoles with system software versions up to 4.5. Users can boot Linux from a USB or SSD, with Ubuntu 26.04 LTS providing around 15GB of usable memory. The PS5's hardware, including its Zen 2 processor and GPU, is fully accessible, with CPU speeds reaching up to 3.5GHz and GPU speeds up to 2.23GHz when boost mode is activated. However, running Linux on the PS5 presents challenges, such as sourcing a unit with the required firmware and limitations in resolution, as users cannot exceed 1080p. Performance tests showed that Linux can match the PS5's performance in some titles, but issues with memory management were noted, leading to stuttering and crashes in certain games. For example, reducing texture quality improved performance in games like Pragmata, while rendering issues were observed in Crimson Desert. The implementation allows for a unique gaming experience, but it also highlights the complexities and limitations of running Linux on a gaming console.

Winsage

April 26, 2026

Windows 11 users are taking it upon themselves to debloat the OS, because Microsoft isn’t trying hard enough

Windows 11 has become the preferred operating system for many users after the discontinuation of Windows 10, though its adoption has faced challenges due to strict hardware requirements and design inconsistencies. The customization landscape for Windows 11 is growing, largely driven by third-party developers responding to perceived shortcomings in Microsoft's offerings. Debloater applications, which remove unnecessary pre-installed apps, have gained popularity, with tools like Winhance being noted for their user-friendliness. Users are seeking straightforward scripts and custom Windows ISOs to simplify their experience, with recommendations including AtlasOS, FoxOS, ReviOS, and GGOS. AtlasOS is highlighted as a lightweight modification that aims to enhance performance and privacy by eliminating telemetry and unnecessary background processes. Users can expect improved CPU performance and higher framerates in games, but there are risks associated with using third-party modifications, such as potential security vulnerabilities and missing feature updates. Microsoft has made it easier to bypass mandatory updates during setup, while continuing to refine Windows 11 with new features. The ongoing evolution of Windows 11 customization raises questions about whether these enhancements will reduce the appeal of custom ISOs like AtlasOS.

AppWizard

April 25, 2026

Intel VP claims up to 30% of CPU performance is untapped by modern games — software optimization is critical to unlocking full potential of hybrid CPUs

Intel's transition to a hybrid architecture for its CPUs began with the Alder Lake series in 2021, combining performance and efficiency cores. Intel's Vice President, Robert Hallock, noted that while the hybrid architecture has matured, a "unified core" is still in development. He mentioned that many users disable efficiency cores (E-cores) to enhance performance, but the performance difference between using only performance cores (P-cores) and both types of cores is minimal, around 1%. Hallock explained that early implementation of Intel's Thread Director improved performance with only P-cores, and the Windows task scheduler struggles without it. He emphasized the importance of software optimization for enhancing performance, stating that a significant portion of potential performance—estimated between 10% to 30%—remains untapped due to suboptimal game optimization. AMD's approach includes integrating additional SRAM through its 3D V-cache technology, while Intel's upcoming Nova Lake will introduce a Big Last Level Cache (bLLC). Hallock indicated that developers have primarily optimized for AMD's silicon, limiting the full potential of Intel's hybrid architecture.