performance challenges Archives

AppWizard

August 12, 2025

Monster Hunter Wilds PC performance will continue to get updates beyond winter as Capcom ‘proceeds with caution’

The director of Monster Hunter Wilds, Yuya Tokuda, announced that performance updates are planned for winter and beyond due to ongoing issues reported by players since the game's launch in February. The forthcoming version 1.021 update will address performance challenges, with Title Update 2 released on June 30 fixing shader compilation bugs, reducing the impact of anti-cheat measures by 90%, implementing support for DLSS4 and FSR4, and improving texture loading processes. Title Update 3 is expected by the end of September to enhance NPCs and Seikret mounts. Concerns about CPU strain during gameplay were acknowledged, particularly for players with unstable CPUs, and adjustments will be made cautiously in the fourth title update. GPU load reduction will also be approached carefully. Critics, including Digital Foundry's Alex Battaglia, have expressed significant concerns about the game's performance.

AppWizard

August 11, 2025

A bruised Capcom escapes “Overwhelmingly Negative” Steam hell as Monster Hunter Wilds’ recent user reviews climb to 20% positive

Monster Hunter Wilds has improved its Steam rating from "Overwhelmingly Negative" to "Mostly Negative" after receiving recent feedback. Despite several patches released by Capcom since February to address performance issues on the PC version, many challenges remain, including black screens during cutscenes. Recent reviews indicate a mix of opinions, with some players expressing a desire for a more stable gaming experience. The game has received a few positive reviews, surpassing the 20% mark, with players noting its potential for extensive gameplay if performance issues are resolved. There is hope that future updates will further improve the game's reception.

Tech Optimizer

August 5, 2025

Building a job search engine with PostgreSQL’s advanced search features

Job search platforms connect employers and candidates through advanced search engines that analyze structured and unstructured data. These platforms require robust database technologies for executing complex queries, full-text and semantic searches, and geospatial functionalities. A modern job search engine consists of a data repository that stores job listings and candidate profiles, and a search engine that facilitates bidirectional searches. Key features of an effective job search engine include: - **Full-text search**: Provides lexical matching for job titles and skills, supporting exact phrase matching and typo-tolerant searches. - **Semantic search**: Uses vector-based similarity to understand context and relationships beyond literal terms. - **Geospatial search**: Incorporates geographic considerations to find opportunities within specific distances. PostgreSQL serves as both a data repository and search engine, supporting full-text search, semantic search via the pgvector extension, and geospatial queries using the PostGIS extension. The job search engine utilizes PostgreSQL to manage job listings and candidate profiles, enabling real-time searches across millions of entries. The data model for a job search engine includes tables for jobs and resumes, with columns for full-text search vectors, semantic vectors, and geographical locations. PostgreSQL's full-text search capabilities include tokenization, dictionaries for language-aware parsing, and ranking functions for relevance. Advanced features such as proximity search, simple and weighted ranking, and fuzzy matching enhance search accuracy. Vector embeddings represent text in high-dimensional space, allowing for semantic searches that recognize similar roles or skills. PostgreSQL supports vector similarity searches with specialized indexing methods like IVFFlat and HNSW for efficient querying. Geospatial search capabilities in PostgreSQL enable location-aware job searches, allowing candidates to find jobs within commuting distances. Combining different search techniques, such as full-text and semantic searches, provides more relevant results. Performance optimization features in PostgreSQL address challenges related to computational complexity, indexing overhead, and concurrent query loads. The architecture discussed is applicable to various applications beyond job search platforms, including e-commerce, real estate, content recommendation systems, travel, and healthcare provider matching.

Winsage

August 1, 2025

Nvidia confirms end of Game Ready driver support for Maxwell and Pascal GPUs — affected products will get optimized drivers through October 2025

Nvidia will cease new Game Ready driver development for Maxwell, Pascal, and Volta-based GPUs after a final driver release in October 2025. These GPUs will receive quarterly security updates until October 2028. The GTX 10-series, particularly the GTX 1080 Ti, remains popular in the gaming market, while GTX 9-series cards are becoming rare. Ray-tracing technology is increasingly required in new games, but Pascal and earlier GPUs cannot utilize DLSS effectively. However, Pascal users can use Intel's XeSS DP4a model for AI-powered upscaling in compatible titles. Nvidia will provide Game Ready drivers for supported cards on Windows 10 until October 2026, despite Microsoft's end-of-support for the OS on October 14.

AppWizard

July 27, 2025

Wuchang: Fallen Feathers Just Released Another Patch to Fix PC Performance

Wuchang: Fallen Feathers received a Mostly Negative rating on Steam after its launch, despite initial positive reviews. The developer, Leenzee, released a significant patch (Update 1.3) on July 24th to address performance issues, which led to a shift towards more favorable reviews. A second patch (Patch 1.4) was released on July 26th, focusing on optimizing performance for various PC configurations. The game peaked at over 92,300 concurrent players in a 24-hour period, not including console players on PS5 and Xbox Series X|S. The development team is working on future updates for further enhancements.

AppWizard

July 26, 2025

The First Wuchang: Fallen Feathers Performance Patch Is Out To Try And Save PC Reviews

Leenzee's game, Wuchang: Fallen Feathers, has faced significant performance challenges since its launch, resulting in a "Mostly Negative" rating on Steam. In response, Leenzee and publisher 505 Games have released a patch aimed at improving performance on both console and PC platforms, with a focus on the PC version. The patch includes optimizations for frame rates and load times, improvements to graphical fidelity, and stability enhancements to reduce crashes. It also addresses bugs, including a fix for a crash occurring after the company logo during startup, and resolves content discrepancies for Standard Edition owners.

AppWizard

July 25, 2025

Wuchang: Fallen Feathers’ surprise PC performance problems call for emergency settings treatment

Wuchang: Fallen Feathers has received 'Mostly Negative' reviews on Steam due to performance issues on PC, despite its modest system requirements. Players report stuttering and slow frame rates, particularly with DLSS 4 frame generation. Testing shows that a 6GB GTX 1060 averages 44fps at 1080p on Low settings, while Intel’s Arc A750 achieves 51fps on High. Performance improves significantly on lower presets, with the RTX 4060 averaging 64fps on High and 124fps on Low. Key demanding settings include Shadow quality, Vegetation quality, and Global Illumination, which can be adjusted for better performance. Switching from TSR to DLSS is recommended for compatible GPUs, improving visual quality despite a slight performance hit. Frame generation issues occur during ambient dialogue, causing frame rate drops. Players are advised to adjust settings thoughtfully to enhance their experience.

AppWizard

July 23, 2025

WUCHANG: Fallen Feathers Benchmarks & PC Performance Analysis

505 Games has removed the review embargo for WUCHANG: Fallen Feathers, which is developed by Leenzee. The game supports NVIDIA DLSS 4 with Multi-Frame Generation but lacks compatibility with AMD FSR 3.0 and Intel XeSS. Benchmarking was conducted on a PC setup featuring an AMD Ryzen 9 7950X3D and various graphics cards. At 1080p with Max Settings, the AMD RX 7900XTX was the minimum requirement for over 60FPS, while the NVIDIA RTX 3080 and AMD Radeon RX 6900XT struggled. At 1440p with Max Settings, only the NVIDIA RTX 4090 and RTX 5090 provided a smooth experience. No GPU achieved stable 60FPS at Native 4K with Max Settings, with the NVIDIA RTX 5090 averaging around 54FPS. The game has performance issues, particularly with frame rates dropping significantly during in-game events. Adjusting graphics settings had limited impact on performance, and visual quality suffered at lower settings. The game features impressive graphics with Lumen GI and high-resolution textures, despite some low-resolution textures and minor shadow pop-ins.

Winsage

July 22, 2025

Microsoft adds telemetry to monitor Windows 11 sluggishness in latest beta, dev builds — logs reportedly only sent when users submit feedback

Microsoft has rolled out new telemetry features in the latest preview builds of Windows 11 to monitor system performance and address user concerns about responsiveness. This advanced telemetry will automatically detect performance issues and log them in the %systemRoot%TempDiagOutputDirWhesvc folder, facilitating user feedback through the Feedback Hub. The upcoming Windows 11 25H2 will include this feature, alongside a revamped resource management system aimed at improving responsiveness compared to Windows 10. However, users have reported ongoing performance challenges, including gaming issues and general sluggishness. Additionally, Microsoft claimed that Windows 11 is more than twice as fast as Windows 10, based on comparisons using different hardware configurations, which has drawn scrutiny.

Winsage

July 21, 2025

Microsoft promises to crack one of the biggest problems with Windows 11: slow performance

Microsoft is enhancing Windows 11 performance by collecting comprehensive data on performance-related issues through feedback from users testing preview builds. A new feature in the Dev channel preview build encourages testers to report sluggish performance, allowing the Feedback Hub to automatically collect logs to identify root causes. Users have reported challenges such as sluggish search functionality and inconsistencies with File Explorer, particularly on older hardware. Data collection is limited to preview build users, with logs stored on testers' devices and accessible to Microsoft only if feedback is voluntarily submitted, ensuring user privacy.