performance degradation

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.
Winsage
February 16, 2025
The release of Windows 11 KB5051987 in February 2025 has led to installation challenges and functionality issues for users. Some users report installation stalls at 96% and error messages indicating missing update files. File Explorer has been disrupted, preventing access to folders like Desktop and Documents, although it remains active in the background. Camera functionality has been compromised, with many users unable to detect their cameras, and performance issues such as mouse stuttering and typing lag have been reported. Users experiencing these problems are advised to uninstall the update and reboot their systems. Additional issues include problems with apps in Windows Sandbox, performance drops in gaming, glitches in the taskbar, and isolated cases of users being unable to boot into Windows post-update.
Tech Optimizer
November 19, 2024
Robust data infrastructure is essential for startup development as data requirements grow. PostgreSQL is a leading open-source relational database known for its scalability and comprehensive features. A Timescale survey indicates that 51.2% of users increased their PostgreSQL usage in the past year. PostgreSQL employs a multi-version concurrency control (MVCC) system and write-ahead logging (WAL) for data integrity and recovery. Vertical scaling enhances hardware capabilities, while horizontal scaling distributes loads across multiple servers through replication, partitioning, and sharding. High availability is achieved via replication and failover systems, with load balancing optimizing resource usage. Performance optimization techniques include regular indexing, query optimization, and routine maintenance. Monitoring tools like pgAdmin and Prometheus are crucial for maintaining database health and performance.
Winsage
November 15, 2024
Qualcomm is working to establish Arm-based Windows laptops as a viable alternative in computing, utilizing Snapdragon processors that offer extended battery life, fanless designs, and integrated 5G connectivity. The company aims to address the software compatibility challenges faced by users of traditional x86 machines by relying on Microsoft's x86-64 emulation, which allows Arm devices to run x86 applications. However, this emulation often leads to performance issues and increased battery drain, particularly with demanding applications like Adobe Creative Cloud and AutoCAD. Qualcomm's strategy suggests a need for investment in native Windows on Arm software and a push for Microsoft to optimize Windows for Arm architecture. The company should also consider positioning Arm laptops as secondary devices for light tasks rather than direct competitors to x86 machines.
Winsage
November 13, 2024
Windows updates are essential for maintaining system security, fixing bugs, delivering new features, updating drivers, and improving overall performance. They address security vulnerabilities that arise from the flexibility of installing third-party applications, with patches typically released during scheduled updates. Updates also resolve bugs that may occur after new version releases, enhance user experience, and introduce new functionalities gradually. Additionally, they ensure that system drivers are current, preventing compatibility issues and performance degradation. Regular updates improve the operating system's performance and compatibility with new hardware and software.
Winsage
November 7, 2024
Recent evaluations of laptops with Qualcomm's Snapdragon X Elite processors have praised their performance and battery life, but issues arose with the high-end Snapdragon X Elite X1E-84-100 chip in the Samsung Galaxy Book4 Edge, where certain applications were found incompatible due to limitations in emulation capabilities. The Windows operating system uses an emulation layer called Prism to run x86-64 applications on Arm architecture, but it initially lacked support for essential SIMD instructions like AVX2 and AVX. Microsoft announced an update in Windows 11 Insider Preview Build 27744 that enhances Prism by adding support for AVX, AVX2, and other instructions, allowing Snapdragon-based Windows machines to run x86 software requiring these instruction sets. However, only x64 applications will benefit from this update, leaving legacy 32-bit x86 applications unaffected. This is significant for gaming, as many recent titles utilize AVX for improved processing speeds, potentially increasing compatibility for previously unplayable games on Snapdragon devices. Despite these advancements, Microsoft has not addressed the potential performance implications of the emulation process. Initial observations suggest that while performance degradation from Prism emulation is less severe than expected, it still does not match that of native Arm applications. Qualcomm is tasked with improving Snapdragon X Elite gaming capabilities, facing challenges with Windows graphics drivers, particularly the Adreno graphics drivers, which may hinder its competitiveness against AMD and Intel in the Windows laptop market.
Winsage
November 3, 2024
Users of Windows 11 may experience performance issues that indicate a need for reinstallation. Key indicators include: 1. Significant performance drops due to accumulated applications, storage issues, or malware. 2. Frequent crashes and freezes that persist despite troubleshooting. 3. Regular system errors suggesting instability. 4. Corrupted system files identified by tools like System File Checker (SFC) or DISM. 5. New hardware installations that require a clean installation for optimal compatibility. 6. Startup issues that do not improve with disabling startup programs. 7. Malware infections that may necessitate a complete reinstallation. 8. System instability after major changes like new drivers or modifications. 9. Failed troubleshooting attempts that consume more time than productive use of the system. Reinstallation methods include: - Using Windows Update to reinstall while preserving files, settings, and applications. - Resetting the PC to keep files while removing apps and settings. - Removing everything for a clean installation, requiring restoration of files and reinstallation of applications. For severe issues, creating a bootable USB may be necessary.
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