performance boost Archives

Winsage

July 4, 2026

How to Enable Windows 11 CPU Boost

Modern processors can automatically adjust their clock speeds based on demand. Windows 11 includes a feature called CPU boost that allows users to manage CPU performance responsiveness, balancing power efficiency and performance. CPU boost modifies how often Windows prompts the CPU to enter boosted states without changing the maximum turbo speed or hardware limitations. Users can select aggressive settings for improved responsiveness or less aggressive modes for reduced heat and power consumption. To enable CPU boost, users can either modify the Registry Editor or use a command in the Command Prompt. Once enabled, users can configure their preferences in the Control Panel under Power Options. Available boost mode settings include Disabled, Enabled, Aggressive, Efficient Enabled, and Efficient Aggressive, with options varying by CPU model and Windows version. Monitoring performance and system metrics after selecting a mode is recommended.

Winsage

July 3, 2026

Intel’s major driver update for Windows 11 delivers performance boost, ships with Microsoft’s quality promise

Microsoft's Driver Quality Initiative (DQI) aims to enhance driver stability and predictability for Windows 11, with Intel recently releasing Bluetooth and Wi-Fi driver updates (version 24.50.0) that align with this initiative. The DQI, discussed at the Windows Hardware Engineering Conference (WinHEC) in May 2026, involves collaboration with major tech companies like Intel, AMD, and Qualcomm to improve driver reliability. Microsoft has mandated OEMs to follow strict security policies and adopt Microsoft-authored class drivers to reduce kernel interference and enhance performance and security. The initiative includes quality benchmarks focused on stability, functionality, performance, and reduced power impact. Intel is the first to adopt these changes, with AMD also committing to high-quality driver collaboration.

Winsage

June 28, 2026

Microsoft begins rolling out a faster File Explorer on Windows 11, and no, it’s not preloading

Microsoft is rolling out an enhanced File Explorer for Windows 11 as part of the June 2026 optional update (KB5095093 / Build 26200.8737), which will also be included in the cumulative update scheduled for July 2026. This update improves File Explorer performance, particularly by streamlining the "Home" tab and enhancing the speed of launching File Explorer. Users will experience a more responsive interface, with improvements in the address bar and fixes for issues related to unresponsiveness when mounting disk images. Enhancements also include refinements in file and folder renaming, allowing for better text selection and case-only name changes. Users can navigate between folders using double backslashes and quotation marks in the address bar. Microsoft is also testing a faster, configurable right-click menu to improve usability. The preloading feature for File Explorer is still in development, with no guarantee it will match the speed of Windows 10.

Winsage

June 19, 2026

Microsoft and Adobe team up and make Photoshop 20% faster on Windows

Microsoft is collaborating with Adobe to enhance the performance of Photoshop, a widely used image editing software. The partnership focuses on optimizing operations within Photoshop, which is primarily developed in C++ and compiled using Microsoft’s Visual C++ (MSVC) compiler. Microsoft aims to improve performance for CPU-intensive tasks, particularly those that are latency-sensitive, such as brush responsiveness and file-opening tasks. The engineering team activated MSVC’s "peak-performance" compilation mode and explored profile-guided optimization (PGO) to refine executables. However, due to the complexity PGO introduced, they shifted to Sample-based Profile Guided Optimizations (SPGO), which uses hardware performance samples from actual release binaries. This method allows for greater flexibility in data collection and typically yields performance improvements of 5% to 15%. By combining MSVC’s peak-performance mode with SPGO, the teams achieved a 20% performance boost on x64 Windows systems and a 13% enhancement on Arm architecture. These optimizations resulted in improved responsiveness for critical tasks in Photoshop, enhancing the user experience in professional creative workflows.

Winsage

June 17, 2026

NVIDIA’s RTX Spark launch is huge, but Qualcomm and Microsoft built the Windows ARM foundation

Qualcomm announced the Snapdragon X Elite in 2023, an ARM-based processor that outperformed traditional x86 processors. The Snapdragon X Series featured a custom Oryon core design and was optimized for Windows through collaboration with Microsoft, including the introduction of the Prism emulation layer, which allows x86/x64 applications to run on ARM. Many applications, such as Adobe Illustrator and Discord, now run natively on ARM, showing significant performance improvements. By 2026, NVIDIA unveiled the RTX Spark, an ARM-powered system on a chip, developed with MediaTek, featuring an ARM Cortex CPU and a Blackwell RTX GPU. NVIDIA also announced improvements to Windows for better workload scheduling and support for kernel-level anti-cheat software on Windows ARM.

AppWizard

June 17, 2026

Android 17 launched for Pixel smartphones: Key features and what is new in Google’s latest software

Google has rolled out Android 17, with Pixel smartphones being the first to receive the update, while other eligible devices will gain access throughout 2026. The update emphasizes productivity, entertainment, and enhanced security. Key features include: - A revamped “Bubbles” feature for multitasking, allowing apps to be transformed into floating windows. - A dedicated “bubble bar” for larger devices to switch between apps easily. - An upgraded screen recording functionality with a “Screen Reactions” feature that captures video from the front-facing camera. - A “foldable gaming mode” optimizing performance for foldable phones, featuring a 50/50 split view for games and a dynamic gamepad. - Native controller remapping for external controllers and improved system memory cleanup to reduce frame drops during gaming. - A new “Mark as lost” feature in Find Hub for locking missing phones with biometric authentication. - Targeted privacy options for temporary app access to location and contacts. - Enhanced security features including limited PIN guesses and upgraded Live Threat Detection. - A built-in home screen setting to hide app names, dedicated volume controls for virtual assistants, expanded dark theme customization, and extended Parental Controls. - Strict app memory limits to enhance speed and battery life.

AppWizard

June 15, 2026

Gothic 1 Remake PC Performance Analysis

THQ Nordic announced the Gothic 1 Remake for PC, utilizing Unreal Engine 5. The benchmarking was conducted on a high-end setup featuring an AMD Ryzen 9 7950X3D processor and various GPUs, including AMD Radeon RX 6900XT and NVIDIA RTX 4090. The game offers extensive graphics settings and supports technologies like NVIDIA DLSS 4.5 and AMD FSR 3.1. It does not include a built-in benchmark tool, so testing was done in a demanding scene. At 1080p with Very High settings, it consistently achieves 60FPS across many GPUs. At 1440p, leading NVIDIA GPUs maintained frame rates above 60FPS, while AMD's RX 9070XT and RX 7900XTX averaged 70FPS and 68FPS, respectively. For Native 4K at Very High settings, the NVIDIA RTX 5090 delivered a minimum of 65FPS. The game scales well with graphics presets, achieving over 60FPS at lower settings. DLSS 4.5 improved performance significantly, with frame rates exceeding 100FPS in some scenarios. The graphics are impressive, though character models may not match the quality of top-tier titles. Minor traversal stutters were noted but did not significantly impact gameplay. Overall, the game performs well across various PC configurations, especially at 1080p with compatible monitors.

Winsage

June 14, 2026

Microsoft hides these secret Windows 11 performance boost settings available on every PC

Windows enthusiasts aim to enhance system performance while managing heat and power consumption, especially in mobile PCs. Under-volting techniques are commonly used to optimize performance and reduce power consumption, with tools like AMD's Ryzen Master and Intel's XTU available for this purpose. Users can also adjust settings in the BIOS, such as Curve Optimizer for Ryzen processors. Processor Power Management operates through the Advanced Configuration and Power Interface (ACPI), which includes P-states for voltage-frequency scaling and C-states for CPU sleep states. Windows provides two default P-States: "Minimum Processor State" and "Maximum Processor State." A Registry modification can unlock additional options under a "Processor performance boost mode" dropdown, allowing for five distinct profiles: 1. Disabled: Disables processor boosting, reducing power consumption and heat but limiting performance. 2. Enabled: Allows boost functionality under normal conditions, balancing performance with power and thermal constraints. 3. Aggressive: Prioritizes performance, allowing higher boost states but increasing power draw and thermal output. 4. Efficient Enabled: Focuses on energy efficiency while allowing boosting. 5. Efficient Aggressive: Balances performance responsiveness with efficiency. To enable the Processor performance boost mode, users must access the Registry Editor, navigate to a specific path, and modify the value of Attributes from 1 to 2. This will reveal the new "Processor performance boost mode" dropdown with the five P-State options. The settings are summarized as follows: - Disabled: P-state behavior is disabled. - Enabled: P-state behavior is enabled with Efficient Enabled CPPC. - Aggressive: P-state behavior is enabled with Aggressive CPPC. - Efficient Enabled: Efficient P-state behavior with Efficient Enabled CPPC. - Efficient Aggressive: Efficient P-state behavior with Aggressive CPPC. - Aggressive At Guaranteed: Requests performance above the guaranteed level. - Efficient Aggressive At Guaranteed: Consistently requests the highest performance above the guaranteed level. Users should be cautious when modifying these settings, as issues may arise that require reverting to original settings.

AppWizard

June 10, 2026

Windows 11’s new performance boosting Low Latency mode is now available, and here’s what it does

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

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.