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5 reasons you shouldn't use Windows as a NAS OS
Winsage
February 18, 2025

5 reasons you shouldn’t use Windows as a NAS OS

The author transformed a mini PC into a basic Network Attached Storage (NAS) solution using a standard Windows installation. While Windows can work for simple setups, it is generally inefficient for NAS due to its resource usage, lack of native ZFS support, forced updates, complicated Docker and VM management, and clunky remote access. Windows runs unnecessary background services that consume RAM and storage, while dedicated NAS software optimizes performance. Windows does not support ZFS natively, which is beneficial for data integrity and features like compression and encryption. Windows updates can disrupt services due to their unpredictable nature, unlike dedicated NAS systems that allow for scheduled updates. Managing Docker containers or virtual machines is more complex on Windows compared to Linux, which is better suited for these tasks. Remote access on Windows requires cumbersome setups, while Linux offers easier SSH access and web interfaces for management.
Mythbusters: Windows IoT Enterprise LTSC for Arm
Winsage
December 27, 2024

Mythbusters: Windows IoT Enterprise LTSC for Arm

Advantech's infographic addresses myths about Microsoft Windows IoT Enterprise LTSC for Arm, distinguishing it from Windows Home or Professional editions. Myths about the operating system include: 1. Windows on Arm consumes significant power and resources, leading to poor performance. 2. The image size of Windows on Arm is greater than or equal to that of Windows on x86. 3. Desktop mode is unavailable on Windows on Arm. 4. Windows on Arm is a stripped-down version of Windows. 5. Arm architecture may face limitations with complex tasks. 6. All Windows devices are power-hungry, and switching to Arm offers no improvement. Key facts include: - Windows IoT Enterprise LTSC typically occupies about 6GB of storage, with a minimum requirement of 16GB. - Desktop mode is available on Windows on Arm. - Windows on Arm retains core functionalities, though some hardware drivers may have compatibility issues. - Arm processors are generally more efficient than x86 counterparts. Myths regarding applications and workload include: 7. Windows on Arm exclusively supports Arm64 applications. 8. Multimedia applications perform poorly on Windows on Arm devices. 9. Windows Copilot can be extended to all versions of Windows running on Arm. Key facts include: - An emulation system allows x86 applications to run on Arm hardware. - Multimedia performance depends on hardware acceleration, which is supported by major SoC manufacturers. - Cloud-based services like Windows Copilot operate effectively on Windows IoT Enterprise LTSC for Arm, but on-device Copilot+ requires specific hardware capabilities. Myths about licensing and development include: 10. The Windows license fee for x86 is expensive, and the fee for Windows on Arm is similarly high. 11. Windows on Arm has limited support for certain Windows frameworks. 12. Development and debugging on Windows for Arm architecture present challenges requiring extended transition periods. Key facts include: - Windows IoT Enterprise LTSC is priced between 0 and 0, offering a decade of security updates. - Transitioning from x86 to Arm for application development is streamlined, with common programming languages and frameworks remaining compatible. Tools like Visual Studio facilitate the development process.
9 ways to decrease power consumption on your Windows server
Winsage
November 1, 2024

9 ways to decrease power consumption on your Windows server

Excessive power consumption in Windows Server management can result from misconfigurations and inefficient component management. Strategies to enhance energy efficiency include: 1. Adjusting power settings through the Power Options menu, which offers Balanced, High Performance, and Power Saver plans, and fine-tuning Processor Power Management settings. 2. Disabling unnecessary services and roles via Server Manager to lower CPU load. 3. Investing in energy-efficient hardware, such as processors with low thermal design points, energy-efficient RAM, and solid-state drives instead of hard disk drives. 4. Scheduling resource-intensive tasks during off-peak hours to balance power load. 5. Utilizing virtualization with Hyper-V to consolidate workloads and reduce the number of active devices. 6. Optimizing the cooling system with variable-speed fans and maintaining proper airflow. 7. Using remote management tools like Windows Admin Center and PowerShell to manage servers without physical access, reducing the need for peripherals. 8. Regularly updating firmware and drivers to ensure hardware operates efficiently. 9. Reducing display power consumption by turning off inactive monitors and setting them to sleep mode after inactivity.
Windows 11 Version 24H2 updates are faster and require less CPU usage — Microsoft claims up to 45.6% faster installation times and 25% lower CPU utilization
Winsage
October 24, 2024

Windows 11 Version 24H2 updates are faster and require less CPU usage — Microsoft claims up to 45.6% faster installation times and 25% lower CPU utilization

Microsoft has begun rolling out the Windows 11 24H2 update, introducing features like the Recall feature and improving the Windows Update process. The update can reduce installation times by 45.6% and lower CPU usage during updates by 25%. Key optimizations include parallel processing of component manifests, caching of update manifests, and scalable RAM usage. Some users with specific SSDs from Western Digital and SanDisk have experienced Blue Screen of Death (BSOD) errors, while users with AMD's Ryzen CPUs have seen performance improvements.
How to evaluate AI for Windows Server environments | TechTarget
Winsage
October 12, 2024

How to evaluate AI for Windows Server environments | TechTarget

The emergence of artificial intelligence (AI) presents challenges for IT managers in Windows Server environments, requiring evaluation of operational and business factors to determine the best deployment strategy—on-premises or cloud. Windows Server 2025 is set to enhance AI features, encouraging organizations to utilize existing infrastructure for AI initiatives. AI can improve analytics and IT operations by processing large datasets and automating tasks, but it has limitations in areas requiring creativity and nuanced decision-making. A cost-benefit analysis is essential for AI projects, focusing on ROI through time savings and efficiency improvements. Microsoft provides resources to help calculate ROI, including Total Economic Impact studies and AI Business School frameworks. Key factors influencing AI deployment costs include the choice between cloud and on-premises models, custom versus prebuilt AI models, and the complexity of the business case. Operational considerations for successful AI deployment include skill development, security protocols, environmental impact, and supply chain dependencies. Windows Server 2025 will introduce features like GPU partitioning and live migration for optimizing AI workloads. The decision between on-premises and cloud deployment involves assessing control, costs, scalability, and risk management strategies.
5 Windows 11 settings you should change now
Winsage
September 22, 2024

5 Windows 11 settings you should change now

Windows 11 offers several quality-of-life settings that can enhance user experience: 1. Dark Mode: Switch from Light mode to Dark mode to reduce eye strain and improve aesthetics. 2. Taskbar Customization: Adjust the taskbar's icon alignment and position (left, right, or top) to suit personal preferences. 3. Hidden Files: Enable the option in File Explorer to view hidden files for better system management. 4. Widgets Panel: Remove the News & Weather panel by toggling off the widgets option in the Taskbar settings for a cleaner workspace. 5. Power Plan Settings: Select the appropriate Power Plan based on the device type; use Power Saving mode for laptops and High Performance mode for desktops. 6. Notifications and Ads: Disable personalized ads and suggestions by adjusting settings in the Privacy & Security tab and unchecking the notification option for tips and suggestions. 7. Start Menu Customization: Streamline the Start Menu by disabling settings for recently added apps, most used apps, and recommendations, while adding frequently used folders and programs for easier access.
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