Qualcomm Archives

AppWizard

April 4, 2026

Android Phone Hits 40-100 FPS In Emulated AAA PC Games Like Resident Evil Requiem

Qualcomm's Snapdragon 8 Elite Gen 5 powers the RedMagic 11 Pro Golden Saga Edition, which can run high-profile PC games through emulation on Android. In a demonstration, it achieved playable framerates in games like Cyberpunk 2077, Ghost of Tsushima, Grand Theft Auto V, Project Cars 2, Red Dead Redemption 2, and Resident Evil Requiem. The device features a 6.85-inch display with a 144Hz refresh rate, a resolution of 2688x1216, 24GB of LPDDR5T memory, and 1TB of UFS 4.1 Pro storage. It includes a dedicated gaming chip, the RedCore R4, and a liquid cooling system with an active fan. Users can choose from performance modes such as Eco, Balanced, Rise, and Diablo, with the Rise mode providing a balance of performance and efficiency. During testing, Red Dead Redemption 2 averaged framerates in the high 40s, reaching nearly 60 FPS, while Resident Evil Requiem exceeded 90 FPS in some areas. Grand Theft Auto V reached up to 100 FPS indoors and over 60 FPS in the open world.

Winsage

April 2, 2026

Windows 11 Task Manager is finally getting deeper insights into NPU usage in AI PCs — No more trying to guess which apps are using the specialized hardware

Windows 11's Task Manager is being updated to provide more detailed insights into Neural Processing Unit (NPU) performance. The latest Insider Preview Build 26300.8142 introduces optional columns for NPU Dedicated Memory and NPU Shared Memory in the Details tab, along with showcasing neural engines associated with the GPU in the Performance tab. The NPU was first introduced in mainstream devices with Qualcomm Snapdragon X chips and Microsoft Copilot+ PCs in 2024. Many new laptops and desktops now come equipped with NPUs, compatible with Copilot+, regardless of whether they use Qualcomm, Intel, or AMD hardware.

Winsage

March 31, 2026

Speechify Launches with On-Device Voice AI for 1B+ Windows Users Worldwide

Speechify has launched a Windows application featuring real-time text-to-speech and speech-to-text functionality, allowing for both cloud-based and on-device processing. On-device processing ensures user voice data remains secure on the machine. The application utilizes the Windows ML stack and platform APIs to operate across x64 and Arm64 architectures, leveraging Qualcomm’s Snapdragon technology for enhanced performance. The ONNX Runtime's QNN execution provider facilitates real-time transcription on Snapdragon laptops, enabling a split encoder-decoder architecture that optimizes processing. The application includes features like system-wide shortcuts, auto-pasting of transcribed text, OCR functionality, and secure data handling through Windows DPAPI. The Speechify Windows application is available for x64 and Arm64 devices via the Microsoft Store.

Winsage

March 31, 2026

Lenovo Legion 7 and the N1X leak: Will this be the first serious Windows-on-ARM gaming laptop?

A recent discovery involving Lenovo's model listings revealed a "Legion 7 15N1X11," which may indicate a 15-inch Legion model of the 11th generation potentially powered by an NVIDIA N1X platform. This model deviates from the typical Intel, AMD, or Qualcomm nomenclature associated with gaming laptops. While the specifics of the device's final specifications and potential release remain unverified, the mention of an ARM gaming laptop raises questions about the future of Windows on ARM, a segment that has struggled in gaming. NVIDIA has introduced the GB10 Grace-Blackwell superchip, which integrates an ARM CPU with Blackwell GPU technology, and speculation exists that the N1X might share similarities with this chip. The current Legion 7a generation features AMD Ryzen AI 400 processors and GeForce RTX laptop GPUs. Windows 11 has improved compatibility for ARM, but challenges remain with games relying on anti-cheat drivers not designed for ARM systems. The reference to a 15-inch model suggests a potential transition to a dedicated chassis for this specific SoC class.

Winsage

March 30, 2026

Why Teams, OneDrive, and Windows 11 work better together on modern hardware

Microsoft Teams and OneDrive are integral to Windows 11, enhancing productivity and collaboration. To run Windows 11, a dedicated Trusted Platform Module (TPM) 2.0 chip is essential for security features like device attestation and secure key storage. TPM 2.0 enables seamless sign-ins via Windows Hello and ensures that only secure devices can access sensitive data in Teams and OneDrive. BitLocker, which also uses TPM 2.0, protects data on lost or stolen devices. Modern processors from Intel, AMD, and Qualcomm use hybrid architecture, optimizing performance by allocating specialized cores for demanding tasks and energy-efficient processes. This configuration improves video conferencing in Teams and file operations in OneDrive. NVMe SSDs are standard in Windows 11 PCs, providing low latency and high bandwidth that enhance responsiveness, boot times, and multitasking. Fast SSDs reduce wait times for file sharing in Teams. Many Windows 11 PCs are Copilot+ PCs, equipped with a Neural Processing Unit (NPU) that enhances on-device AI capabilities. The NPU improves real-time transcription in Teams and simplifies document searches in OneDrive. Modern GPUs manage animations and display settings in Windows 11, improving video call efficiency in Teams and enhancing thumbnail generation and video playback in OneDrive. The latest Wi-Fi standards, including Wi-Fi 6, Wi-Fi 6E, and Wi-Fi 7, provide enhanced security and reliability. They ensure low latency and high throughput for seamless video conferencing in Teams and faster uploads and downloads in OneDrive.

AppWizard

March 25, 2026

New Android Automotive version will control more of your car

Google has introduced Android Automotive OS for Software Defined Vehicles (AAOS SDV), which expands beyond infotainment systems to control a wider range of vehicle functionalities. AAOS allows automakers to create premium infotainment experiences and customize user interfaces while integrating Android applications. The new AAOS SDV features an open infrastructure for non-safety vehicle components, enabling advanced in-car voice assistants and proactive maintenance reminders. It will also support over-the-air (OTA) updates for feature enhancements. This platform aims to address the inefficiencies of fragmented software architectures in the automotive industry. Google is collaborating with Qualcomm and Renault Group to advance this initiative, with an open-source version expected to be released later this year.

AppWizard

March 25, 2026

Connecting your car beyond the dashboard

Modern vehicles are becoming Software-Defined Vehicles (SDVs), where software enhances functionalities such as pre-heating and smartphone unlocking. This shift allows manufacturers to introduce new features through over-the-air updates. However, the transition faces challenges due to diverse software architectures among manufacturers, requiring significant investment in infrastructure. Android promotes open platforms, exemplified by Android Automotive OS (AAOS), which enables carmakers to create infotainment experiences while reducing costs and time to market. AAOS is being extended to AAOS SDV, providing an open infrastructure for non-safety vehicle components, allowing manufacturers to focus on unique customer experiences. Collaboration with companies like Renault Group and Qualcomm is ongoing, with plans to make AAOS SDV open-source later this year.

AppWizard

March 14, 2026

Microsoft to eliminate shader wait times in PC games

Microsoft has introduced enhancements to its Advanced Shader Delivery (ASD) technology to address lengthy shader compilation times for PC gamers. The ASD technology generates a Pre-compiled Shader Database (PSDB) from a Shader Object State Database (SODB), allowing for faster game startups by eliminating the need for local compilation. Since integrating ASD into its software development kit (SDK), Microsoft has achieved an 85% reduction in launch times for the game Avowed. NVIDIA, Intel, and Qualcomm are also set to support ASD in their hardware. Additionally, Microsoft has updated its API to allow developers to upload pre-compiled shaders through the Xbox Partner Center, starting with the Xbox app on PC.

Winsage

March 13, 2026

Microsoft DirectX Gears Up For ML Era On Windows, Advanced Shader Delivery Solves Game Stutter & Load Times, DXR 2.0 Teased

At GDC 2026, Microsoft announced the introduction of ML-Powered DirectX and Advanced Shader Delivery. The ML-enhanced DirectX includes Cooperative Vectors within Shader Model 6.9, facilitating neural rendering techniques such as Neural Texture Compression and Neural Radiance Caching. DirectX Linear Algebra is introduced to support matrix-based ML workflows, and the DirectX Compute Graph Compiler enables full model graphs to run with native GPU performance. Advanced Shader Delivery allows game developers to provide precompiled shaders to reduce load times and stuttering. New APIs, App Identity API and Stats API, have been introduced to support this feature. NVIDIA, AMD, Intel, and Qualcomm have expressed their support for these advancements. Additionally, Microsoft is developing DXR 2.0, which will support Shader Model 6.10 and is expected to roll out in late summer 2026.

Winsage

March 11, 2026

GDC 2026: Announcing new tools and platform updates for Windows PC game developers

Windows 11 will introduce Xbox mode on all PC form factors in April, providing a full-screen gaming experience. Advanced Shader Delivery (ASD) will be expanded to all game developers, allowing for improved shader management and reduced stutter. DirectStorage will enhance asset streaming and storage efficiency with new compression techniques. DirectX is evolving to support machine learning in graphics, with new capabilities for integrating neural techniques. Updates to DirectX and PIX tooling will include standardized methods for capturing GPU data, shader-level breakpoints, and a new Shader Explorer tool. Most features will enter preview in May 2026, with broader availability later in the year.