power consumption

Winsage
June 8, 2025
In the latest test build of Windows 11, version 26200.5603, Microsoft introduced User Interaction-Aware CPU Power Management, which optimizes CPU usage by reducing power consumption during inactivity. The system detects a lack of user activity, such as no mouse movements or keyboard inputs, and transitions into a low-power mode to conserve energy and extend battery life. When user interaction resumes, full CPU performance is restored. This feature is expected to be included in the upcoming final releases of Windows 11, specifically in versions 24H2 and 25H2.
Winsage
June 8, 2025
The Windows 11 25H2 update will introduce a feature called User Interaction-Aware CPU Power Management, which reduces performance during periods of inactivity to conserve power. This feature is designed to activate automatically, allowing full performance to be restored when users return to their tasks. It aims to extend battery life for laptops and save energy for desktop users, although actual energy savings may vary based on device type, power mode, and whether the device is plugged in or running on battery.
Winsage
May 20, 2025
Microsoft is integrating AI shortcuts, called AI actions, into the File Explorer of Windows 11, allowing users to right-click on files for quick access to various AI features. Four image-related actions currently being tested include Bing visual search, background blurring, object erasure from the Photos app, and a remove background option in Paint. Microsoft plans to introduce AI actions for Office files, enabling document summarization and AI-driven list generation for Microsoft 365 commercial subscribers with a Copilot license. An "Ask Copilot" option will also be added to the right-click menu. Additionally, Microsoft is experimenting with visual updates to the widgets feature and has introduced a new power management feature that reduces energy consumption on laptops and tablets after periods of inactivity.
Winsage
May 13, 2025
The 12-inch Microsoft Surface Pro is available for preorder, starting at 9 for the Platinum color and ,099 for the Violet and Ocean colors. It features a thin and lightweight design, a fast-charging battery, and a Snapdragon X Plus processor. The base model includes 16GB of RAM and 256GB of storage, with a maximum storage option of 512GB. Essential accessories like the keyboard, mouse, and power adapter are sold separately. The device has a resolution of 2196 x 1464 and offers up to 16 hours of battery life, achieving over 15 hours during video playback. It can charge to 50% in 30 minutes and 80% in an hour. The Surface Pro is designed for everyday users and supports AI-driven applications.
AppWizard
April 4, 2025
Android devices have historically relied on complex processes for secure media playback due to vulnerabilities like the Stagefright exploit. Android 16 introduces support for in-process software audio codecs, allowing codecs to operate within an app's process, reducing CPU usage and power consumption. The MediaCodecInfo class in Android 16 includes a new getSecurityModel() method to indicate whether a codec uses the standard sandboxed model or the new memory-safe model, which requires codecs to be developed in a memory-safe language like Rust. Google has been developing this feature for several years, aiming to improve the performance of the AAC codec, which is crucial for streaming applications. Current tests show that media codecs still depend on the traditional sandboxed approach, and the implementation of in-process codecs requires codec vendors to rewrite their software in Rust.
Winsage
March 24, 2025
Windows has a hidden power mode called Ultimate Performance that can enhance PC performance without hardware upgrades. This mode is typically concealed on consumer PCs and is primarily intended for high-end workstations running Windows Pro, but it can also be accessed on Windows Home. To activate it, users need to open PowerShell and enter a specific command, then select Ultimate Performance from the power plan options. While this mode maximizes speed and responsiveness, it consumes more power, which can decrease battery life on laptops and generate additional heat and noise from the cooling system. It is recommended to use this mode during intensive tasks and not in quiet or public environments.
Winsage
March 13, 2025
The text discusses ways to optimize battery life on Windows laptops, which can extend usage by approximately 30 percent and potentially add up to 90 minutes of additional battery life. Key strategies include: 1. Using Standby Mode: Pressing Alt + F4 to activate standby mode can conserve energy when the laptop is idle. 2. Lowering Display Refresh Rate: Adjusting the refresh rate to 60 Hz can save between 10 to 30 percent of battery life. 3. Creating Custom Power Plans: Users can create tailored power plans for different tasks, optimizing settings for various times of the day. 4. Adjusting Additional Settings: Enabling dark mode and using Efficiency mode for specific applications can further enhance battery performance. These adjustments can significantly improve battery longevity and productivity without the need for a charger.
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