performance improvement Archives

AppWizard

April 9, 2026

The AMD Ryzen 9 9950X3D2 price is finally revealed, and it’s higher than we feared

The AMD Ryzen 9 9950X3D2 is priced at 9, which is a [openai_gpt model="gpt-4o-mini" prompt="Summarize the content and extract only the fact described in the text bellow. The summary shall NOT include a title, introduction and conclusion. Text: The announcement of the AMD Ryzen 9 9950X3D2 price has stirred interest among tech enthusiasts and gamers alike. This latest flagship CPU, an enhancement of the already formidable Ryzen 9 9950X3D, introduces a second 3D V-Cache die, positioning itself as AMD's most premium AM5 gaming CPU to date, with a price tag of 9. This marks a 0 increase over its predecessor, the 9950X3D. Interestingly, AMD has acknowledged that the performance leap in gaming may not be substantial compared to the 9950X3D. Both the 9950X3D and the 9850X3D are expected to remain the top contenders for gamers seeking optimal performance. However, for those who desire a CPU that excels across a broad spectrum of tasks and relish the prestige of owning such a powerhouse, the price is now clear. Specifications and Performance Insights The AMD Ryzen 9 9950X3D2 Dual Edition, as it is fully named, represents the pinnacle of the Ryzen X3D series, crafted using AMD's current technological advancements. This CPU configuration maximizes the potential of two eight-core dies within an AM5 package, each paired with a 64MB cache die. This setup ensures that every core benefits from a substantial and rapid data supply. Historically, AMD has opted to include only one additional cache die in its X3D CPUs. This decision stems from two primary considerations: Cost Implications: The addition of a second cache die incurs significant expenses, both in terms of the die itself and the intricate placement process required to stack the CPU die atop the cache. Performance Gains: The performance enhancement from adding a second cache die is marginal for most gaming and applications that utilize fewer than eight cores. For these scenarios, a single cache die suffices to enhance performance, provided that games and Windows are optimized to leverage the faster X3D cores. For applications that harness more than eight cores, some performance improvement is evident, but it remains limited. The second cache die does not create a cumulative performance boost; rather, a core either benefits from the additional cache or it does not. Despite these nuances, the Ryzen 9 9950X3D2 is anticipated to deliver impressive speed across various applications. It stands poised to be the go-to choice for those seeking the pinnacle of CPU performance. As the release date approaches on April 22, potential buyers are advised to consider their current setups carefully. Upgrading from a 9800X3D, 9850X3D, or 9950X3D may not yield noticeable improvements in gaming performance." max_tokens="3500" temperature="0.3" top_p="1.0" best_of="1" presence_penalty="0.1" frequency_penalty="frequency_penalty"] increase over its predecessor, the 9950X3D. It features a second 3D V-Cache die and is designed for optimal performance with two eight-core dies and a 64MB cache die. AMD has indicated that the performance improvement in gaming may not be significant compared to the 9950X3D. The CPU is expected to perform well across various applications, but upgrading from previous models like the 9800X3D, 9850X3D, or 9950X3D may not result in noticeable gaming performance enhancements. The release date is set for April 22.

AppWizard

January 29, 2026

Sorry if this jinxes it, but the latest Monster Hunter Wilds performance improvement patch seems like it actually improved performance

Capcom released a performance patch for Monster Hunter Wilds that has significantly improved the game's performance on PC, particularly on Steam. Users report a remarkable reduction in frametime lows, with many stating that all previous performance issues have been resolved. The patch has received a positive reception, leading to a surge in favorable reviews. Players are now able to recommend the game, with some finding optimal settings for performance on the Steam Deck. Anecdotal evidence suggests that the patch has effectively addressed prior gameplay hitching issues, resulting in smoother framerates.

Tech Optimizer

January 27, 2026

Expired Oracle Patent Clears Path For Faster Sorting In MySQL And PostgreSQL – Open Source For You

The expiration of Oracle's patent US7680791B2 has made the Orasort sorting algorithm, which offers a claimed 5× performance improvement, available in the public domain for open-source databases like MySQL and PostgreSQL. Developed by Mark Callaghan, Orasort enhances sorting workloads with similar keys and incorporates optimizations such as skipping repeated comparisons, adaptively switching sorting methods, caching key substrings, prefetching data, and producing partial results. The algorithm has shown to be approximately five times faster than previous sorting methods used by Oracle. The open-source community is actively exploring its integration into various database engines, with early experimentation underway using programming languages like Python, C, and C++.

AppWizard

January 18, 2026

The Latest Monster Hunter Wilds PC perf drama explained

A Reddit post by user de_Tylmarande claimed that purchasing downloadable content (DLC) could improve frame rates in the PC version of Monster Hunter Wilds. Testing revealed that the performance issues were due to a bug related to the game's frequent checks for DLC presence, particularly in specific hub areas. Using a mod called "Less DLC Checks," which integrates with the RE Framework modding tool, players observed significant performance improvements: 11.4% at maximum settings, 20% at high settings, and 25.6% at low settings when DLC checks were blocked. The performance hit primarily occurs near a Support Desk felyne, indicating the availability of DLC. Capcom has not officially addressed the issue, and while the narrative about DLC enhancing performance was debunked, it raises concerns about the company's quality assurance processes.

Winsage

January 7, 2026

5 Apps That Can Breathe New Life Into Your Old Windows PC

Windows PCs can become slow due to digital clutter from uninstalled applications, unused registry entries, and background processes. This software bloat can often be optimized using lightweight, free tools instead of upgrading hardware. Microsoft PC Manager is a user-friendly utility that enhances performance by clearing temporary files and freeing up RAM, featuring sections for System Protection, Storage Management, and App Management. The Everything app provides rapid file search results by reading the Master File Table, conserving system resources and allowing customization of search preferences. Chris Titus Tech's Windows Utility is a powerful debloater tool that can remove telemetry and bloatware, with options for tweaking system settings to improve performance, though caution is advised to avoid instability. The Thorium Browser is a lightweight alternative to resource-intensive browsers, built on the Chromium framework, providing speed and efficiency while maintaining compatibility with older hardware. Bulk Crap Uninstaller offers a thorough uninstallation process, removing all traces of software and allowing for bulk uninstalls, with features like color-coded categorization and the option to create restore points.

Tech Optimizer

January 6, 2026

How to speed up mass data inserts in PostgreSQL when using Spring

A common task in enterprise systems involves loading large volumes of data into PostgreSQL, which can be slow if using a loop in Java that calls the save() method for each record. Initial tests show that a basic insert operation takes over 10 minutes. Hibernate retains every object in the session-level cache until the transaction concludes, leading to high memory consumption. Enabling batching with the jdbc.batch_size setting improves performance by about 23%, but high memory usage persists. Application-side caching of IDs is faster than database-side caching, achieving a 30% performance gain. Using saveAll() results in minimal improvement as it still calls save() in a loop. Enabling reWriteBatchedInserts in the JDBC driver allows for multi-row inserts, reducing operation time to 4 minutes and 37 seconds. Clearing the session-level cache with EntityManager further optimizes memory usage, resulting in an 18-second time gain. Setting order_inserts=true enhances batching efficiency. With all optimizations, insertion time is reduced to 4 minutes and 19 seconds. A custom data insertion layer can be created to generate INSERT statements, with reflection being a straightforward but not optimal method. Prepared statements improve performance and security, with an efficient batch size of 5,000 records. PostgreSQL's COPY command facilitates faster bulk data transfers than multi-row inserts. Integrating COPY with Spring transactions enhances performance, and parallelizing the insertion process with a ThreadPoolExecutor significantly improves speed and memory usage.

Winsage

December 26, 2025

SSDs on some Windows machines with BitLocker enabled are about twice as fast thanks to BitLocker hardware acceleration.

Windows 11 Pro has introduced a hardware-accelerated version of BitLocker, enhancing storage encryption without compromising performance. This update allows compatible devices to maintain storage read and write speeds similar to when BitLocker is disabled. The hardware-accelerated BitLocker utilizes the encryption processor in the System on Chip (SoC) to streamline encryption and decryption processes. It is available on devices with a supported built-in encryption processor and uses the XTS-AES-256 encryption algorithm. Users can check if hardware BitLocker is enabled by executing the command manage-bde -status in the command prompt. Performance metrics indicate that CPU cycles during storage access remain consistent with machines that have BitLocker disabled, and benchmarks show that hardware BitLocker can double sequential read and random write speeds. The integration of the XTS-AES-256 encryption processor into Intel's upcoming third-generation Core Ultra processor, Panther Lake, suggests future advancements for hardware-accelerated BitLocker.

Winsage

December 24, 2025

This neat Windows 11 registry trick offers higher NVMe SSD performance—but it’s not for everyone

Recent discoveries have revealed a registry tweak that can enhance the performance of NVMe SSDs on Windows 11, particularly improving random 4K speeds. Traditionally, Windows has treated most drives as SCSI, limiting the potential of NVMe drives. Microsoft is introducing native NVMe support in Windows Server 2025, which bypasses the SCSI conversion process for improved speed and efficiency. Users can achieve similar enhancements on Windows 11 through specific registry modifications, which must be done at their own risk. The necessary driver is included in recent updates for both Windows Server 2025 and Windows 11. Users need to adjust three registry values to enable this functionality. Once modified, NVMe drives will appear under 'Storage Media' in Device Manager. Reports indicate significant performance gains, with one user noting increases of 45% in random 4K read and 49% in write performance. Microsoft suggests enterprise users could see up to 80% higher IOPS and a 45% reduction in CPU cycles. The WD Black SN8100 SSD is noted for its high random 4K speeds, loading games faster than competitors. Many users have pointed out that Linux has had native NVMe support for some time.

Tech Optimizer

November 13, 2025

Intel Finds Great Performance With PostgreSQL’s AVX-512 Support

PostgreSQL has integrated AVX-512 support for CRC32 computations, resulting in performance gains of 50% to three times faster execution on x86_64 CPUs that utilize AVX-512 instructions. This feature is included in PostgreSQL 18.0, released in September. Intel, along with AWS and other collaborators, contributed to its development. Intel's testing on Xeon processors demonstrated the positive impact of AVX-512 on PostgreSQL's performance, which also works on AMD's Zen 4 and newer processors.

Tech Optimizer

October 31, 2025

AI-powered tuning tools for Amazon RDS for PostgreSQL and Amazon Aurora PostgreSQL databases: PI Reporter

AWS offers services like Amazon CloudWatch and CloudWatch Database Insights for monitoring Amazon RDS performance metrics. Users can create custom dashboards for Amazon RDS for PostgreSQL and Amazon Aurora PostgreSQL-Compatible Edition. Essential metrics to monitor include Database Connections, CPU Utilization, Freeable Memory, and various I/O metrics. PI Reporter is an open-source tool designed to capture performance metrics and workload snapshots for Amazon Aurora PostgreSQL-Compatible Edition. It integrates with Amazon Bedrock to analyze data and provide actionable recommendations. Users can generate detailed HTML reports comparing performance metrics over time, assess workload changes, and identify performance issues. To use PI Reporter, prerequisites include enabling Amazon CloudWatch Database Insights and the pg_stat_statements extension. Installation involves cloning the repository, configuring IAM policies, and executing commands to create snapshots and reports. The tool is designed for ease of use and can be run on Amazon EC2 or on-premises. The report generated by PI Reporter includes a summary of findings, root causes, and recommendations for performance improvement. It also identifies resource utilization issues during specific operations, such as bulk data inserts or idle transactions. Users are advised to validate AI-generated recommendations with database experts and to monitor for idle transactions to optimize performance. Costs may be incurred from resources created by Amazon Bedrock, and users should clean up these resources when no longer needed.