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Pragmata PC performance tested: 18 GPUs take us to the Moon
AppWizard
April 16, 2026

Pragmata PC performance tested: 18 GPUs take us to the Moon

Capcom's new sci-fi shooter, Pragmata, features a narrative centered on Hugh, the last survivor of a lunar rescue mission, and Diana, an android with hacking abilities, as they navigate a 3D-printed lunar facility. The game has locked out Radeon support, which has raised concerns about business motivations over technical limitations, despite the Radeon RX 9000-series cards performing well. AMD users can access FSR 3 upscaling, with FSR 4 available for RX 9000-series cards, while older RX 7000- and RX 6000-series cards are limited to FSR 3. The game supports various rendering modes, including rasterization, ray tracing, and path tracing. At 1080p, ray tracing performs well on most hardware, but at 1440p and 4K, higher VRAM cards show better performance. Path tracing requires upscaling and frame generation for optimal playability, with DLSS Frame Generation providing significant benefits for Nvidia users. The RTX 3070 lacks DLSS frame generation support, necessitating FSR 3 for testing, which results in lower image quality compared to DLSS. Overall, Pragmata is designed to leverage advanced graphics technologies, particularly for GeForce RTX 40- and 50-series card owners, while also offering a solid experience for AMD users, albeit with some limitations.
Windows 11 vs CachyOS in gaming: Has Linux finally caught up to Windows?
Winsage
April 16, 2026

Windows 11 vs CachyOS in gaming: Has Linux finally caught up to Windows?

Serious gaming on Linux has become a reality, with modern games showing impressive performance. A performance comparison was conducted between Windows 11 (25H2 build) and CachyOS (March 2026 build), a Linux distribution optimized for gaming. The test system specifications included a Cooler Master GA27127-inch monitor, Intel Core i5 12400F CPU, 24GB DDR4 RAM, 512GB PCIe NVMe SSD, 1TB HDD, AMD Radeon RX 6700 XT GPU, and the respective operating systems with their drivers. In gaming performance benchmarks, CachyOS outperformed Windows 11 by an average of 8.6% across five tested games. Specific game performances included: - Dead Space Remake: 70 FPS (Windows 11) vs 76 FPS (CachyOS) - Resident Evil 4 Remake: 84 FPS (Windows 11) vs 95 FPS (CachyOS) - Scorn: 118 FPS (Windows 11) vs 120 FPS (CachyOS) - Silent Hill 2 Remake: 53 FPS (Windows 11) vs 54 FPS (CachyOS) - The Witcher 3: Wild Hunt Next-Gen: 95 FPS (Windows 11) vs 111 FPS (CachyOS) In ray tracing (RT) enabled games, performance varied: - Resident Evil 4 Remake: 77 FPS (Windows 11) vs 83 FPS (CachyOS) - Silent Hill 2 Remake: 30 FPS (Windows 11) vs 24 FPS (CachyOS) - The Witcher 3: 51 FPS (both systems) Most PC games are designed for Windows, while Linux games require the Proton compatibility layer, which can complicate performance. Multiplayer titles often face compatibility issues on Linux, particularly due to anti-cheat systems. Linux has matched or surpassed Windows 11 in single-player scenarios for users with AMD GPUs, while NVIDIA users face challenges due to proprietary drivers.
Denuvo properly cracked in Resident Evil: Requiem, bypasses become plug-and-play — cracked version runs faster, smoother, and uses way less VRAM and RAM
AppWizard
April 12, 2026

Denuvo properly cracked in Resident Evil: Requiem, bypasses become plug-and-play — cracked version runs faster, smoother, and uses way less VRAM and RAM

Denuvo's DRM has been successfully bypassed for Resident Evil: Requiem, which was released over 40 days ago, by the cracker voices38. The cracked version improves performance by approximately 5% in frames per second (FPS) and reduces resource consumption, with a decrease of 1.5 to 2 GB in VRAM usage and nearly 1 GB in system memory requirements. Initial tests on a high-end system show fewer CPU usage spikes and improved frametimes. Additionally, a new version of the hypervisor-based bypass (HV) is being developed to allow use without disabling Windows security features. Irdeto, Denuvo's parent company, is facing challenges as it promises enhancements to its software.
How to Find Your PC Specs and What They Mean: Full Guide
Winsage
April 8, 2026

How to Find Your PC Specs and What They Mean: Full Guide

To check computer specifications on Windows 11, go to Settings > System > About for a quick overview of CPU, RAM, and system type. For detailed insights, use Task Manager (Ctrl + Shift + Esc) and check the Performance tab, or run msinfo32 via Windows + R for comprehensive details. For gaming at 1080p or 1440p, a minimum Intel Core i5 or AMD Ryzen 5 processor, 16 GB RAM, and a dedicated GPU with 8 GB VRAM are recommended, along with a fast 512 GB or larger NVMe SSD for better load times. An SSD offers faster boot times and application launches (over 500 MB/s) compared to a traditional HDD (100–150 MB/s), which has greater storage capacity but slower performance. The Neural Processing Unit (NPU) is designed for AI tasks on PCs, improving performance and efficiency, but is not essential unless frequently using AI applications. By 2026, 16 GB RAM will be sufficient for everyday use and multitasking, while 32 GB will be ideal for gaming and creative work. 8 GB may still support basic tasks but could struggle with modern applications.
Intel's first CPU with an integrated Nvidia GPU to be called Serpent Lake, suggests leak
AppWizard
April 8, 2026

Intel’s first CPU with an integrated Nvidia GPU to be called Serpent Lake, suggests leak

Intel is developing a new CPU codenamed Serpent Lake, which is expected to integrate Nvidia graphics technology directly into standard CPUs for gaming laptops, handheld devices, and compact PCs. This follows a strategic alliance between Intel and Nvidia aimed at enhancing CPU capabilities. Serpent Lake is anticipated to be a variant of Intel's Titan Lake design and is considered a distinct branch of the Titan architecture. The name "Serpent Lake" emerged from discussions on social media, particularly from user @jaykihn0. Details about the internal specifications of Serpent Lake, including the GPU architecture and CPU core design, are still unclear, but it is projected to debut around 2028. The focus of these CPUs may be on mobile and compact devices rather than traditional desktop gaming setups.
Apple's chips are the core of a new landscape, but its biggest win is Windows
Winsage
April 7, 2026

Apple’s chips are the core of a new landscape, but its biggest win is Windows

Apple introduced its M1 Apple Silicon systems in late 2020, which received admiration but raised concerns due to a restrictive ecosystem. Over five years, Apple’s architecture has evolved, addressing challenges like gigabit Wi-Fi and high-speed expansion, yet it remains focused on desktops and laptops. The anticipated MacBook Neo, lacking an M-type System on Chip, has created apprehension within the Windows ecosystem. Currently, no Windows laptop can match the MacBook Neo in hardware quality and startup experience, while macOS offers a more tranquil workspace compared to the distractions of Windows 11. Apple has effectively utilized advancements in processor technology and manufacturing control to produce efficient chips and maintain a coherent ecosystem, making its products increasingly accessible. In contrast, Windows OEMs face challenges with component sourcing, build quality, and reliance on bloatware. There is potential for Microsoft to create a Windows Neo variant that meets user needs, while the sustainability of current business models for Windows OEMs is uncertain.
Is this the perfect Windows app to emulate? Microsoft needs to take notes.
Winsage
April 7, 2026

Is this the perfect Windows app to emulate? Microsoft needs to take notes.

Microsoft is forming a team to enhance native Windows applications, coinciding with the launch of Speechify in the Microsoft Store. Speechify offers text-to-speech and speech-to-text functionalities, and has been noted for its effective dictation features. It is compatible with various chip architectures, including AMD, Intel, and Snapdragon X, and utilizes WinUI 3 for a native experience. Collaboration with Microsoft has optimized Speechify's functionality, allowing for integration across applications, real-time text input, and OCR-based text capture while ensuring local data security. The app can run in the cloud or locally, leveraging NPU or GPU acceleration. However, it has limitations, such as the inability to manually resize its window. Microsoft is encouraged to adopt Speechify's approach by supporting all chip architectures, ensuring availability in the Microsoft Store, and prioritizing native application development using WinUI 3.
Android Emulator for Low-End PC: 6 Best Picks + Run Windows Apps (2026)
Winsage
April 6, 2026

Android Emulator for Low-End PC: 6 Best Picks + Run Windows Apps (2026)

A significant portion of users in India and South Asia still rely on older devices, including laptops with 2GB to 4GB of RAM and entry-level Android phones. Many mainstream Android emulators require 4–8 GB of RAM, VT support, and a dedicated GPU, but there are options designed for lower-end machines. 1. MuMu Nebula: Best for ultra-low-end PCs, requires 2GB RAM, dual-core CPU, no GPU needed, supports Android 12, and has a startup time of around three seconds. 2. LDPlayer 9: Best for gaming on budget hardware, requires 2GB RAM (4GB recommended), dual-core processor, supports Android 9/11, and features a game booster mode. 3. NoxPlayer Lite: Supports multiple Android versions (5, 7, and 9), requires 2GB RAM, basic GPU, and has a startup time of about six seconds. 4. BlueStacks 5 (Eco Mode): Requires 4GB RAM (2GB works but barely), VT required, supports Android 11, and has extensive app compatibility. 5. GameLoop: Best for Tencent games, requires 4GB RAM, no VT needed, supports Android 7.1. 6. MEmu Play: Requires 2GB RAM, recommended for multitasking and developers, supports Android 7, 9, 11. For running Windows apps on Android, tools include: 1. ExaGear: A Windows emulator for Android that supports 32-bit applications and games, requires a specific setup process. 2. Winlator: A newer emulator that supports both 32-bit and 64-bit applications, particularly good for 3D games, with a simpler installation process. Tips for improving emulator performance include closing background apps, enabling virtualization in BIOS, lowering resolution and FPS caps, setting process priority to high, disabling Windows visual effects, and using an SSD for faster load times.
How to Profile Modern PC Games with NVIDIA Nsight Graphics
AppWizard
April 6, 2026

How to Profile Modern PC Games with NVIDIA Nsight Graphics

Performance analysis in PC gaming has become more complex with the introduction of DirectX 12 and Vulkan, incorporating technologies like asynchronous compute, hardware ray tracing, and machine learning-assisted denoising. Understanding GPU performance requires advanced tools to analyze workload distribution and shader behavior, with NVIDIA Nsight Graphics being a key resource. NVIDIA Nsight Graphics is a graphics debugger and profiler for modern graphics APIs, featuring the GPU Trace Profiler, which provides detailed insights into GPU execution and performance bottlenecks. Recent updates have improved its utility, including a Flame Graph for the Shader Profiler and support for NVIDIA's DLSS in D3D12 applications. The Peak-Performance-Percentage analysis method focuses on identifying GPU workload constraints and optimizing utilization rather than relying on assumptions about performance bottlenecks. This methodology is applied using Nsight Graphics to analyze GPU traces from the game Cyberpunk 2077, contrasting traditional rasterization with path tracing enhanced by DLSS Ray Reconstruction. The test setup included an Intel Core i7-14700K CPU, 32 GB RAM, and an NVIDIA GeForce RTX 4090 GPU, capturing two scenarios: one with raster-only settings and another with path tracing and DLSS. The analysis revealed that the rasterized frame's most costly aspect was lighting processing, while the path-traced frame showed increased total frame cost and a hybrid workload involving rasterization, ray traversal, and AI-driven processes. Key findings indicated that modern GPU performance is heavily influenced by memory behavior rather than just shader arithmetic, with significant time spent on compute-driven lighting processing and data movement. The analysis also highlighted that ray tracing performance is constrained by memory efficiency, indicating that performance does not scale linearly with RT-core throughput.
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