resolution issues

AppWizard
September 1, 2026
Android 17 QPR2 has reached Platform Stability with the release of Beta 4, locking the application programming interfaces (APIs) and allowing developers to refine their apps. The update focuses on system polish and bug fixes rather than new features. Google has addressed issues affecting Pixel users, including overheating, unexpected reboots, gesture navigation glitches, battery charging limitations, Recents screen problems, Bluetooth audio inconsistencies, and screen-recording complications. Hardware support enhancements include fixes for USB-C XR mirroring, compatibility with 3D smart-glasses displays, and improvements to low-light Face Unlock functionality. The beta journey began on July 20, with Beta 1, followed by Beta 2 on August 3 and Beta 3 shortly after. Beta 4 includes critical bug fixes such as resolving thermal management issues, battery charging behavior, gesture navigation refinements, and fixes for the transparent status bar during full-screen video playback. Other improvements address app drawer search issues, Bluetooth audio routing, Recents screen freezing, and screen-recording audio bugs. Beta 4 reinstates screen mirroring for USB-C XR glasses and resolves issues with 3D mode for smart glasses. Feedback from early testers has been positive, with reports of reduced lag and improved performance. However, some users have noted oversized text and lower display resolution issues, which can be resolved by rebooting. A persistent Bluetooth routing issue for incoming calls has been reported across all QPR2 betas. The update is being rolled out to various Pixel phones and tablets, with a download size of approximately 671MB on the Pixel 9 Pro XL. Existing Pixel owners in the beta program will receive the update over the air, but exiting the program after installation may result in data loss.
Winsage
April 21, 2025
The Raspberry Pi series has evolved into versatile systems, but running Windows has been challenging for enthusiasts. A recent project explored running Windows 11 on the Raspberry Pi 5 using Runtipi, a platform for deploying containers. This method allows Windows 11 to run in a container using KVM technology. The installation process took about 38-43 minutes, resulting in a Windows 11 desktop with limited performance, including a capped display resolution of 800x600. Geekbench 6 tests showed single-core performance similar to Raspberry Pi OS, but multi-core performance was lower. Running PC games resulted in long load times and resolution issues, making the experience unsatisfactory. The containerized approach simplifies the installation process compared to traditional methods, making it a viable option for running lightweight applications on the Raspberry Pi.
AppWizard
October 5, 2024
The author began gaming at age four with a Super Nintendo and has primarily engaged in PC gaming. They appreciate the versatility and upgrade potential of gaming desktops but acknowledge challenges in the PC gaming landscape as of 2024. Common issues include mismanagement of resolution and scaling in AAA titles, with games often defaulting to lower resolutions and lacking optimization for ultrawide monitors. Gamers may struggle with incorrect automatic resolution adjustments, as seen in titles like Cyberpunk 2077, and may need to modify .ini files for desired settings. The terminology surrounding upscaling technologies can be confusing, with different games using various terms for similar features. Some games overwhelm players with excessive graphics settings, making it difficult to determine their impact on performance. The lack of standardized previews for graphics settings complicates decision-making, and many games require restarts after changing settings without clear guidance on when this is necessary. Overall, the author desires a more streamlined experience in PC gaming compared to the plug-and-play nature of consoles.
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