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Microsoft admits one bad driver can crash all of Windows, and Intel’s Windows 11 26H2-ready GPU drivers are next to get its fix
Winsage
October 9, 2026

Microsoft admits one bad driver can crash all of Windows, and Intel’s Windows 11 26H2-ready GPU drivers are next to get its fix

Microsoft is collaborating with Intel, AMD, and Nvidia to improve driver quality for Windows 11, addressing issues that can lead to system failures. Intel has confirmed that its GPU drivers are compatible with Windows 11 26H2, and recent updates have integrated support for this version. The Driver Quality Initiative (DQI) aims to enhance driver stability and quality across the ecosystem. Microsoft emphasizes that high-quality drivers are essential for reliable Windows performance and that a collective effort from all stakeholders is necessary. The DQI focuses on four principles: Architecture, Trust, Lifecycle, and Quality Measures, promoting user-mode drivers, stricter certification, removal of outdated drivers, and assessments based on stability, functionality, performance, power consumption, battery life, and thermal performance.
Can Windows on Arm really challenge x86?
Winsage
October 8, 2026

Can Windows on Arm really challenge x86?

Nvidia is launching its Arm-based RTX Spark platform, which aims to challenge the x86 architecture and support Microsoft's Windows on Arm strategy. The platform leverages Arm's energy efficiency and performance capabilities, potentially allowing it to compete with traditional x86 systems. Nvidia's entry into the market could drive innovation and competition, enhancing consumer products. Despite previous challenges faced by Microsoft's Windows on Arm initiative, Nvidia's involvement brings renewed optimism for Arm's market presence. The success of the RTX Spark platform may indicate the future viability of Arm within the Windows ecosystem.
How to improve your Android phone's battery life
AppWizard
September 29, 2026

How to improve your Android phone’s battery life

Many Android users experience rapid battery drain, which can be addressed through simple adjustments. Key factors contributing to battery consumption include high display brightness and apps that refresh in the background. To improve battery life, users can manually lower brightness, enable auto-brightness, reduce screen timeout to 30 seconds, switch from a 120Hz to a 60Hz refresh rate, and enable dark mode on OLED or AMOLED screens. Two system features, Battery Saver and Adaptive Battery, can also enhance battery life by limiting activity and learning app usage patterns. For long-term battery health, users should charge their devices between 20% and 80% and consider using a charging cap feature to prevent overcharging. Identifying power-hungry apps through the battery usage settings can help pinpoint issues, and users can set background usage limits or put apps in sleep mode. Running a battery test can determine if the battery needs replacement if the status is less than Normal.
ARC X1 Packs a 120Hz Screen and 9,300mAh Battery Into an Android Handheld
BetaBeacon
September 24, 2026

ARC X1 Packs a 120Hz Screen and 9,300mAh Battery Into an Android Handheld

The X1 handheld gaming device uses Qualcomm's Snapdragon G2 Gen 2 Gaming Platform with 8GB of memory and 128GB of storage, expandable up to 1TB. It features a 7-inch 120Hz display and OwlOS software for a controller-first interface. The device also includes TMR sticks for precise control and a 9,300mAh battery for long gaming sessions. The price for the X1 is ₹29,500 for the Community Batch Drop, with reservations starting in October 2027.
What is an Android handheld gaming device and what is it for? Feat. AYANEO KONKR Pocket FIT
BetaBeacon
September 23, 2026

What is an Android handheld gaming device and what is it for? Feat. AYANEO KONKR Pocket FIT

The AYANEO KONKR Pocket FIT is a handheld gaming device powered by the Snapdragon G3 Gen 3 chipset. It can run games from the Google Play Store well and can also emulate older console games. The device has an 8,400mAh battery and charges in around 105 minutes. It is priced at around RM2.3k and is considered a niche product with solid build quality and versatility.
Microsoft Surface Pro 13″ (12th Edition) Review: Is ARM Windows Finally Good?
Winsage
September 19, 2026

Microsoft Surface Pro 13″ (12th Edition) Review: Is ARM Windows Finally Good?

The 13-inch Microsoft Surface Pro 12th Edition is the first model to feature Qualcomm’s Snapdragon X2. The review unit has an X2 Plus processor, 16 GB of RAM, and a 512 GB SSD. It runs Windows 11 Home in its ARM variant, allowing for the installation of applications like Adobe Photoshop and Premiere Pro, which now run natively. However, some limitations exist, such as missing features in Premiere Pro and longer export times. The device is available in two configurations, with the higher-end variant featuring the X2 Elite processor. Benchmark results show improved performance over its predecessor, particularly in Geekbench 6. The easily swappable SSD is a notable feature, and the device can become warm during intensive tasks. The gaming performance is mixed, with some titles running well while others struggle. The display is a 13-inch PixelSense LCD with a resolution of 2,880 x 1,920 pixels and a brightness level of 600 nits. The audio features stereo speakers with Dolby Atmos. The build quality is premium, with a weight of 895 grams and a thickness of 9.3 millimeters. Connectivity includes two USB-C ports with USB4 and DisplayPort capabilities, but lacks USB-A and a headphone jack. The device has an IR scanner for face recognition and a front camera that captures 1440p video. It offers three keyboard options and includes the Slim Pen 2 in some bundles. Battery life is approximately 7.15 hours while looping an HD YouTube video at maximum brightness, with efficient charging options available.
These are the best power settings for your Windows or Mac system
Winsage
September 6, 2026

These are the best power settings for your Windows or Mac system

Windows and macOS offer various power management features to optimize energy consumption for both laptop and desktop users. In Windows, users can access power options through Settings > System > Power (for desktops) or System > Power & battery (for laptops). Key features include: - Power Mode options: Best Power Efficiency, Balanced, and Best Performance. - Configurable screen, sleep, and hibernate time-outs to reduce energy use. - Energy Saver mode, which minimizes background activity and dims the display. - Customization of the Power & sleep button controls. In macOS, users can find power settings under System Settings via the Apple menu. Key features include: - Low Power Mode for laptops, which reduces background activity and dims the screen. - Energy Mode options for Macs with Apple Silicon: Low Power, Automatic, and High Power. - Options to prevent automatic sleep and optimize video streaming performance. - Screen time-out settings under Lock Screen to adjust display delay when idle.
silver Android smartphone
Winsage
September 6, 2026

These are the best power settings for your Windows or Mac system

Power management options in Windows and macOS can help extend battery life for laptops and reduce energy consumption for desktops. In Windows 11, users can access power options via Settings > System > Power (for desktops) or System > Power & battery (for laptops). Key settings include Power Mode (Best Power Efficiency, Balanced, Best Performance), screen and sleep time-outs, Energy Saver mode, and Power & sleep button controls. In macOS 27 Golden Gate, users find power settings under System Settings > Energy (for desktops) or Battery (for laptops). Key features include Low Power Mode, Energy Mode options (Low Power, Automatic, High Power) for Apple Silicon Macs, and additional settings under the Options button. Screen time-out settings are found under Lock Screen in System Settings. Adjusting these settings can significantly impact energy usage.
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