hardware capabilities

Winsage
May 27, 2025
Windows 10 support will cease for most users on October 14, 2025. Windows 10 version 22H2 will also reach its end-of-life on this date. Windows 10 version 21H2 has already reached its end-of-life as of June 11, 2024. Microsoft offers Extended Security Updates (ESU) for organizations transitioning to Windows 11, with individual consumers able to secure up to one additional year of support and organizations up to three years at increasing costs. The Microsoft Volume Licensing Program starts at per device in the first year, escalating to 0 in the second year and 0 in the third year. Windows 10 IoT Enterprise LTSC 2021 will remain supported until January 13, 2032. Windows 11 22H2 is supported until October 8, 2024, Windows 11 23H2 until November 11, 2025, and Windows 11 24H2 until October 13, 2026. Extended Security Updates for Windows 11 could extend support until 2029. Windows 11 24H2 Enterprise offers support until October 12, 2027, while IoT Enterprise LTSC 2024 has updates until October 10, 2034. The support timelines indicate a need for quicker transitions to new Windows systems.
Winsage
May 26, 2025
Early comparisons between SteamOS and Windows 11 on identical hardware show that SteamOS offers significantly better gaming performance, particularly in battery life. The Lenovo Legion Go S, when running SteamOS, provides over six hours of gameplay on 2D games like Dead Cells, while the Windows version only achieves 2.75 hours. Despite Windows 11's compatibility with various gaming platforms, it has faced criticism for performance issues and unnecessary features. Windows holds a dominant market share of about 70% in desktop operating systems, but the rise of SteamOS may challenge this position.
Winsage
May 15, 2025
Windows 11 requires TPM 2.0 support for installation, creating compatibility issues for users with older hardware, even if the hardware is otherwise capable of running the OS. Many users are still on Windows 10 as the support deadline approaches, with some considering Linux as an alternative since it does not impose TPM 2.0 restrictions. Linux distributions can be installed on machines lacking TPM 2.0, allowing users to retain their existing hardware. Older CPUs, typically from Intel's 7th generation or earlier, are often incompatible with Windows 11 but can run Linux efficiently, sometimes improving application performance. Linux offers more customization and less bloat compared to Windows, appealing to users frustrated with Windows 11's limitations. The shift to Windows 11 has prompted some users to explore Linux as a viable alternative.
AppWizard
May 11, 2025
Google has announced that all Android applications will be required to support 16 KB page sizes starting November 1st, 2025. This change aims to enhance system efficiency and performance by allowing better resource allocation and reducing memory management tasks. Memory management units operate on a page size basis, and increasing the page size fourfold will streamline processes and improve user experience. All new apps and updates targeting Android 15+ devices must comply with this requirement.
AppWizard
April 18, 2025
Sony's exclusives on PlayStation hardware are known for their seamless performance, but PC ports can vary in quality. The Last of Us Part 2 Remastered has been released on PC, offering a polished experience and various customizable graphics settings, including level of detail, texture quality, shadow quality, NVIDIA Reflex Low Latency, AMD Anti-Lag 2, and upscaling technologies like NVIDIA DLSS, AMD FSR, and Intel XeSS. While the gameplay experience is generally smooth, some minor graphical glitches may occur. The game has received patches since launch to improve performance. It retains a stunning aesthetic, enhanced by modern PC capabilities, making it a worthwhile investment for both newcomers and those who have played it on PS4 or PS5. Players are encouraged to check their system's specifications to ensure compatibility for an optimal experience.
AppWizard
April 9, 2025
Sony's The Last of Us Part 1 faced significant issues upon its PC release, including bugs, instability, and excessive VRAM usage, leading to debates about the adequacy of 8 GB of VRAM. In contrast, The Last of Us Part 2 Remastered demonstrated improved VRAM management during testing, with an RTX 5080 averaging 11.36 GB of memory usage and an RTX 3060 Ti averaging 11.06 GB. The game effectively managed VRAM without overloading the GPU, unlike its predecessor. Additionally, TLOU2 exhibited high CPU utilization, indicating efficient parallel task management. This performance suggests that proper asset streaming can maintain stability even on lower VRAM configurations, highlighting the importance of effective asset management in future AAA titles.
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