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Windows 11's New Speed Boost Could Bring 70% Faster Load Times
Winsage
May 12, 2026

Windows 11’s New Speed Boost Could Bring 70% Faster Load Times

Microsoft is developing an update for Windows 11 that includes a new high-performance mode called the Low Latency Profile, which improves startup times for tasks. Early testing shows app load times can be up to 40% faster and interface launches up to 70% quicker. The Low Latency Profile temporarily boosts the CPU to its maximum frequency for one to three seconds when a user opens an application or interface. It primarily benefits Microsoft applications like Edge and Outlook, and some third-party apps may also qualify. The feature operates automatically without manual activation and has minimal impact on battery life and thermal performance. This update is part of the Windows K2 project aimed at enhancing Windows 11's performance. As of the end of the previous year, approximately 1 billion computers were still using Windows 10, which is set to lose support in October 2025, raising security concerns for users who do not transition to Windows 11.
Windows 11 is getting a macOS-like speed boost
Winsage
May 11, 2026

Windows 11 is getting a macOS-like speed boost

Microsoft is testing a feature called the "Low Latency Profile" for Windows 11, which aims to reduce app launch times and improve the responsiveness of the Start menu by using dynamic CPU scaling to temporarily boost CPU frequency. Testers have reported up to a 40 percent acceleration in app launch times for Microsoft applications and up to 70 percent speed enhancements for the Start menu and context menus. Some critics have expressed concerns about this CPU burst approach, but Microsoft’s Scott Hanselman defended it, stating that similar techniques are used by other operating systems like macOS and Linux. This initiative is part of broader enhancements to improve Windows 11's performance, reliability, and user experience, including the removal of unnecessary Copilot buttons and less intrusive updates.
silver Android smartphone
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.
Microsoft wants to speed up Windows 11 app launching by briefly boosting CPU frequency
Winsage
May 8, 2026

Microsoft wants to speed up Windows 11 app launching by briefly boosting CPU frequency

Microsoft is developing a performance enhancement feature for Windows 11 called the Low Latency Profile (LLP), which aims to accelerate everyday tasks like app launches by briefly boosting CPU frequency for 1 to 3 seconds. LLP can reduce app launch times by up to 40% for Microsoft applications and improve simpler tasks like accessing the Start Menu by up to 70%. While it increases CPU usage, the short bursts are expected to have minimal impact on power consumption and heat generation. Users will not have the option to toggle LLP on or off, as it will be integrated into a future Windows 11 update. This initiative is part of Microsoft's broader Windows K2 effort to enhance performance and user experience.
silver Android smartphone
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.
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
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.
The AMD Ryzen 9 9950X3D2 price is finally revealed, and it's higher than we feared
AppWizard
April 9, 2026

The AMD Ryzen 9 9950X3D2 price is finally revealed, and it’s higher than we feared

The AMD Ryzen 9 9950X3D2 is priced at 9, which is a [openai_gpt model="gpt-4o-mini" prompt="Summarize the content and extract only the fact described in the text bellow. The summary shall NOT include a title, introduction and conclusion. Text: The announcement of the AMD Ryzen 9 9950X3D2 price has stirred interest among tech enthusiasts and gamers alike. This latest flagship CPU, an enhancement of the already formidable Ryzen 9 9950X3D, introduces a second 3D V-Cache die, positioning itself as AMD's most premium AM5 gaming CPU to date, with a price tag of 9. This marks a 0 increase over its predecessor, the 9950X3D. Interestingly, AMD has acknowledged that the performance leap in gaming may not be substantial compared to the 9950X3D. Both the 9950X3D and the 9850X3D are expected to remain the top contenders for gamers seeking optimal performance. However, for those who desire a CPU that excels across a broad spectrum of tasks and relish the prestige of owning such a powerhouse, the price is now clear. Specifications and Performance Insights The AMD Ryzen 9 9950X3D2 Dual Edition, as it is fully named, represents the pinnacle of the Ryzen X3D series, crafted using AMD's current technological advancements. This CPU configuration maximizes the potential of two eight-core dies within an AM5 package, each paired with a 64MB cache die. This setup ensures that every core benefits from a substantial and rapid data supply. Historically, AMD has opted to include only one additional cache die in its X3D CPUs. This decision stems from two primary considerations: Cost Implications: The addition of a second cache die incurs significant expenses, both in terms of the die itself and the intricate placement process required to stack the CPU die atop the cache. Performance Gains: The performance enhancement from adding a second cache die is marginal for most gaming and applications that utilize fewer than eight cores. For these scenarios, a single cache die suffices to enhance performance, provided that games and Windows are optimized to leverage the faster X3D cores. For applications that harness more than eight cores, some performance improvement is evident, but it remains limited. The second cache die does not create a cumulative performance boost; rather, a core either benefits from the additional cache or it does not. Despite these nuances, the Ryzen 9 9950X3D2 is anticipated to deliver impressive speed across various applications. It stands poised to be the go-to choice for those seeking the pinnacle of CPU performance. As the release date approaches on April 22, potential buyers are advised to consider their current setups carefully. Upgrading from a 9800X3D, 9850X3D, or 9950X3D may not yield noticeable improvements in gaming performance." max_tokens="3500" temperature="0.3" top_p="1.0" best_of="1" presence_penalty="0.1" frequency_penalty="frequency_penalty"] increase over its predecessor, the 9950X3D. It features a second 3D V-Cache die and is designed for optimal performance with two eight-core dies and a 64MB cache die. AMD has indicated that the performance improvement in gaming may not be significant compared to the 9950X3D. The CPU is expected to perform well across various applications, but upgrading from previous models like the 9800X3D, 9850X3D, or 9950X3D may not result in noticeable gaming performance enhancements. The release date is set for April 22.
Windows users are angry, and Microsoft is finally doing something about it
Winsage
March 21, 2026

Windows users are angry, and Microsoft is finally doing something about it

Microsoft is addressing user dissatisfaction with Windows 11 by implementing several changes. These include enhanced taskbar customization, allowing users to reposition the taskbar; a more selective integration of AI features, reducing unnecessary AI entry points in applications; greater control over updates, enabling users to skip or pause updates; performance improvements aimed at reducing sluggishness in File Explorer and enhancing memory efficiency; and increased reliability by focusing on reducing crashes and improving app stability. Additionally, Microsoft plans to enhance various functionalities, including Bluetooth and USB connectivity, printer support, and search functionality, while also making widgets less intrusive.
Microsoft to eliminate shader wait times in PC games
AppWizard
March 14, 2026

Microsoft to eliminate shader wait times in PC games

Microsoft has introduced enhancements to its Advanced Shader Delivery (ASD) technology to address lengthy shader compilation times for PC gamers. The ASD technology generates a Pre-compiled Shader Database (PSDB) from a Shader Object State Database (SODB), allowing for faster game startups by eliminating the need for local compilation. Since integrating ASD into its software development kit (SDK), Microsoft has achieved an 85% reduction in launch times for the game Avowed. NVIDIA, Intel, and Qualcomm are also set to support ASD in their hardware. Additionally, Microsoft has updated its API to allow developers to upload pre-compiled shaders through the Xbox Partner Center, starting with the Xbox app on PC.
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