Qualcomm is exploring the possibility of adding DirectX 12 support to future Snapdragon mobile chips, potentially improving PC game compatibility and performance on mobile devices.
The Snapdragon 8 Elite Gen 6 chips can process more AI features on the phone itself, making responses quicker and keeping more data on the device. The Extreme chip's AI processor has 50% more memory to handle tasks independently, and the graphics chip includes AI-dedicated cores for gaming. The chip allows for 8K video recording at 60 frames per second and 4K slow motion at 240 frames per second. Manufacturers have the option to choose between the Extreme chip for advanced features or a standard chip for more budget-friendly smartphones.
An Android processor, commonly called a system-on-chip or SoC, handles many calculations required by a smartphone, including CPU, graphics processing, artificial intelligence hardware, image-processing capabilities, connectivity components, and other technologies. The processor influences the speed of response, gaming performance, and battery efficiency of an Android phone.
- An unofficial Android port of Grand Theft Auto 5 is in development by M0jso of Paralympics Productions.
- The port is being built to run GTA 5 natively on Arm, based on the same foundation as the Switch port.
- Minimum requirements include a Snapdragon 865 processor, 8 GB of RAM, and 65 GB of storage.
- The initial public build will only be compatible with Snapdragon chips.
The forthcoming Windows 11 26H2 release will focus on recalibrating support cycles rather than introducing new features. Microsoft has implemented a shared servicing model for Windows 11 24H2 and 25H2 since late 2024, allowing for consistent updates across branches. Users on Windows 11 24H2 or 25H2 can transition to 26H2 with an enablement package (eKB), while those on older versions like 22H2 and 23H2 will receive it as a full feature update. The 26H2 version will reset the support cycle, providing 24 months of updates for Home and Pro editions and 36 months for Enterprise and Education versions, extending until October 2028 for Home and Pro and October 2029 for Enterprise and Education starting in 2026. The 26H2 update will not introduce new features, with a more comprehensive upgrade expected in Windows 11 27H2. Additionally, Windows 11 26H1 is designed for Windows-on-Arm devices using Snapdragon chips, with devices featuring NVIDIA RTX Spark expected to launch this fall.
Microsoft has confirmed the release of the Windows 11 update version 26H2, designed for PCs with x86-64 processors from Intel and AMD. Devices with Qualcomm Snapdragon Elite and NVIDIA RTX Spark processors will receive a separate update. Earlier this year, Windows 11 26H1 was introduced for Windows-on-Arm devices. Windows 11 26H2 is a minor update that shares the same code base as version 25H2, allowing for a seamless transition without a complete system file replacement. The update process is straightforward and will consolidate security and quality updates. Microsoft will provide security updates for Windows 11 versions 24H2, 25H2, and 26H2 for two years. Windows 11 Enterprise LTSC editions will offer stability by locking onto a specific kernel code base for security updates until a future date.
Arm chips have traditionally excelled in Android gaming and emulation, while x86 architecture has dominated serious PC gaming. A modder successfully ran Steam on the original Nintendo Switch, which features an Nvidia Tegra chip, due to the introduction of Arm support in Proton 11's beta version. This achievement indicates that PC gaming on handheld devices may not be limited to x86 architecture. However, running Steam on the Switch requires complex workarounds, resulting in low frame rates and various limitations. The process involved using Box64 and community-developed projects to facilitate the installation, as the Switch's outdated kernel posed challenges. Despite the limitations, the ability to run x86 games on an Arm chip suggests that hardware constraints, rather than translation feasibility, are the main obstacles. Modern Arm chips have shown the capability to run PC games, with driver issues being a significant challenge for non-gaming devices. Valve is developing the Steam Frame, a VR headset powered by Snapdragon 8 Gen 3, which runs SteamOS natively on Arm and utilizes FEX for x86 game compatibility. Early benchmarks indicate promising performance on Arm devices, suggesting a potential shift in the handheld gaming landscape. While x86 remains the safer choice currently, the barriers for Arm-based handhelds are gradually diminishing, indicating a future with more options beyond x86 architecture.
The Low Latency Profile feature in Windows 11 temporarily increases CPU frequency to improve responsiveness for high-priority tasks, benefiting even low-powered virtual machines. It is currently available in Windows 11 Insider builds and aims to optimize performance with minimal impact on battery life and thermal performance. Critics have labeled it a "band-aid" solution for a bloated operating system, while Microsoft’s VP Scott Hanselman defended it as a standard practice in modern operating systems. He noted that the feature is particularly effective on ARM architecture, such as Qualcomm's Snapdragon chips, and explained that the complexity of contemporary Start menus requires more processing power than older versions. Microsoft is working to streamline the Start menu while also enhancing performance through the Low Latency Profile.
A majority of respondents in a reader poll feel that performance deficits in Google's Pixel devices are not enough to deter them from buying one. Many value the "Pixel experience" and cohesive software over raw horsepower. Some users prioritize better power efficiency and less overheating over raw performance. However, a third of readers are deterred by Google's inability to match the competition at flagship price points, fearing for the device's longevity and performance in the future.
