SSD performance Archives

Winsage

July 23, 2026

3 Windows settings that can make or break your PC

Windows 11 includes various settings that can significantly affect computer productivity and performance. 1. Windows Power Mode: This feature allows users to select performance settings under Settings > System > Power & battery. Options include “Best Power Efficiency,” “Best Performance,” and “Balanced.” For an Intel Core 300 laptop, power consumption varies as follows: - Performance mode: 30W sustained, 60W boost - Balanced mode: 25W sustained, 60W boost - Efficiency mode: 15W sustained, 20W boost Switching from “Balanced” to “Performance” mode can increase performance by 5%, while “Efficiency” mode can save up to 50% battery life with an 18% performance drop. 2. Storage Sense: Found under Settings > System > Storage, this feature automatically cleans up unnecessary files to maintain optimal SSD performance. It activates when free disk space falls below a certain threshold and can be manually triggered. Users can configure it to manage the Downloads folder and convert locally stored files backed up to OneDrive into cloud-only files. 3. OneDrive and Windows Backup: OneDrive syncs files between the cloud and PC, which can slow down performance, especially on asymmetric broadband connections. Users can adjust backup preferences through the OneDrive icon in the Action Center, but Windows may not always respect these settings, potentially leading to unwanted file re-downloads.

AppWizard

July 16, 2026

DIY Steam Cartridges Bring Physical Game Media Back To PC With SSDs

A Reddit user developed a game cartridge system for Steam using individual SATA 2.5-inch 128GB SSD drives, allowing for tangible management of game libraries. This system, created by u/Jibril-sama, directs Steam to the corresponding game page upon SSD insertion and operates on a Linux base, with Windows compatibility lacking auto-navigation. Another user, u/halcyonforeveragain, showcased repurposed SD cards for use with the Steam Deck, enhancing game transfer capabilities. However, modern titles may require SSD performance for optimal gameplay, as traditional hard drives and standard SD cards may not meet the necessary speed. The cost for a 128GB SD card and USB4 card reader is about USD, while a 128GB SATA SSD with a docking station costs approximately USD. Customizing cartridges with art or labels is also suggested for a personalized gaming library.

Winsage

May 19, 2026

Your SSD has built-in maintenance tools that Windows keeps hidden from you

Modern SSDs are highly reliable and require minimal maintenance. Windows includes tools for SSD health management, such as the TRIM command, which helps optimize performance by allowing the SSD to clean unnecessary data blocks. Users can check if TRIM is active using the Command Prompt. The "Optimize Drives" utility schedules SSD optimization routines and sends ReTrim commands. S.M.A.R.T. technology monitors SSD health, but the information is not easily accessible. Third-party tools like CrystalDiskInfo offer more detailed insights. Windows' Storage Sense feature helps manage storage on smaller SSDs by cleaning temporary files and freeing up space. The write caching policy in Device Manager enhances SSD performance, and users can adjust settings in the BIOS for optimization. Windows reserves SSD space for virtual memory and hibernation, which can be managed to reclaim storage. Overall, Windows provides built-in features to help maintain SSD performance and longevity.

Winsage

March 25, 2026

Microsoft Removes Registry Hack for Faster NVMe SSDs in Windows 11

Microsoft has removed a registry hack that allowed users to unlock faster speeds for NVMe SSDs, following the introduction of native NVMe SSD support in Windows Server 2025. This change aims to enhance SSD performance by eliminating the need for the previous method that translated NVMe commands into SCSI commands, which caused latency and reduced speeds. Currently, Windows 11 does not support native NVMe SSD processing and continues to use the older command conversion method. Although the registry hack is now obsolete, third-party tools like ViVeTool can still enable this feature through specific commands, but using such tools carries risks.

Winsage

March 11, 2026

New Windows-native NVMe driver benchmarks reveal transformative performance gains, up to 64.89% — lightning-fast random reads and breakthrough CPU efficiency

Microsoft's native NVMe driver, initially released for Windows Server 2025, is now available for Windows 11, enhancing SSD performance. Users can achieve performance gains through registry tweaks. Benchmark tests showed significant improvements in random read bandwidth and input/output operations per second (IOPS). In a test with AMD EPYC 9754 processors and Solidigm P5316 SSDs, the following results were observed: - 4K Random Read: Non-Native Driver 6.1 GiB/s, Native Driver 10.058 GiB/s (+64.89%) - 64K Random Read: Non-Native Driver 74.291 GiB/s, Native Driver 91.165 GiB/s (+22.71%) - 64K Sequential Read: Non-Native Driver 35.596 GiB/s, Native Driver 35.623 GiB/s (+0.08%) - 128K Sequential Read: Non-Native Driver 86.791 GiB/s, Native Driver 92.562 GiB/s (+6.65%) - 64K Sequential Write: Non-Native Driver 44.67 GiB/s, Native Driver 50.087 GiB/s (+12.13%) - 128K Sequential Write: Non-Native Driver 50.477 GiB/s, Native Driver 50.079 GiB/s (-0.79%) Random read latency decreased significantly, with 4K and 64K read times dropping by 38.46% and 13.39%, respectively. However, 64K sequential write latency increased by 39.85%, while 128K sequential write latency rose by 12.43%. The NVMe driver also showed favorable CPU usage results during sequential read and write operations. It is not enabled by default in Windows 11, requiring users to make registry changes to activate it.

Winsage

January 6, 2026

Windows 11 Trails Older OS Versions in ThinkPad X220 Speed Tests

Windows 11 has been tested on a Lenovo ThinkPad X220, revealing it to perform poorly compared to its predecessors, particularly Windows 8.1, which excelled in benchmarks for boot times and application launches. The test involved various Windows versions (XP, Vista, 7, 8.1, 10, and 11) on the same aging hardware, highlighting that Windows 11 consistently finished last in most categories. The ThinkPad X220 does not meet Windows 11’s minimum requirements, lacking essential components like TPM 2.0 and a compatible processor, which may have skewed the results. Critics argue that using outdated hardware for testing is not representative, suggesting that a fair comparison would involve flagship devices from each generation. Windows 11's architecture is designed for modern multicore CPUs and SSDs, which may struggle on older hardware. Additionally, Windows 11 has heavier overheads due to advanced security features, which consume resources that older operating systems do not. User feedback indicates frustration with Windows 11's performance on legacy hardware compared to leaner alternatives like Linux. Despite Microsoft promoting optimizations in Windows 11, these did not manifest in the ThinkPad test, and the findings raise concerns for businesses considering upgrades as Windows 10 approaches its end-of-support date in 2025.

Winsage

January 1, 2026

Windows Registry Tweak Unlocks 80% SSD Speed Boost on Consumer PCs

A modification in the Windows Registry can enable a native NVMe driver, potentially doubling the performance of solid-state drives (SSDs) by enhancing random read and write speeds by up to 80%. This driver is typically reserved for enterprise environments and is not officially available for consumer versions of Windows 11. The modification carries risks, including the possibility of rendering a system unbootable and disrupting features like BitLocker encryption. Early adopters have reported mixed results, with some experiencing significant performance improvements while others face stability issues. The tweak highlights the disparity between consumer and enterprise hardware capabilities and reflects ongoing discussions within the tech community about optimizing SSD performance.

Winsage

December 28, 2025

Your Windows SSD Could Be Faster, Microsoft’s New Update Reveals Why

Microsoft introduced a native NVMe driver in Windows Server 2025 to improve SSD performance by eliminating bottlenecks associated with the SCSI translation protocol. This driver allows for direct communication between NVMe drives and Windows, resulting in substantial improvements in random IOPS and reduced CPU overhead for enterprise systems. Tech-savvy users have found a way to enable this driver on Windows 11, leading to reported increases in throughput of up to 45 percent in specific storage tests. The performance enhancements are particularly noticeable in random access workloads, although users should be cautious when modifying the Windows registry due to potential risks. Speed improvements may not be significant for average users but could benefit power users and those running IOPS-intensive applications.

Winsage

December 26, 2025

This Registry Hack Unlocks a Faster NVMe Driver in Windows 11

A new native NVMe storage driver has been introduced in Windows Server 2025, aimed at improving SSD performance by reducing CPU overhead and enhancing IOPS performance. Users have found a way to enable this driver on Windows 11 through manual registry edits, although Microsoft has not officially supported this for consumer versions. The driver implementation in Server 2025 could lead to an 80% increase in IOPS and a 45% reduction in CPU usage, but these figures are specific to server workloads. Community testing on Windows 11 version 25H2 has shown performance improvements of 10-15%. Enabling the driver requires editing the registry, and users must back up the registry or create a restore point beforehand. After activation, NVMe drives will appear under "Storage Media" in Device Manager. Some users may experience compatibility issues with SSD management utilities post-activation. To revert to the default NVMe driver, users can delete the added DWORD entries from the registry and restart the system. This adjustment is experimental and may not guarantee performance upgrades.

Winsage

December 25, 2025

Microsoft forced slow software-accelerated BitLocker on Windows, but will nearly double storage performance with new CPU hardware-accelerated crypto — will improve battery life also, but feature requires new CPUs that aren’t available on the market yet

Microsoft has introduced hardware-accelerated BitLocker encryption in Windows 11 (25H2) and Windows Server (2025 with the September Update), enhancing performance and efficiency. This feature, revealed at Ignite 2025, utilizes UFS Inline Crypto Engine technology to address performance issues associated with software-based encryption, which historically reduced SSD performance by up to 45%. The new technology can deliver up to twice the storage performance in certain workloads and is compatible with TCG Opal-compliant storage devices. Future implementations will use Intel Core Ultra series 3 CPUs with crypto offloading capabilities. Supported devices with NVMe drives will use hardware-accelerated BitLocker with the XTS-AES-256 algorithm by default, resulting in up to 70% fewer CPU cycles for BitLocker workloads and improved battery life for mobile devices. Performance tests show significant improvements, with read speeds increasing from 1632 MB/s to 3746 MB/s and write speeds from 1510 MB/s to 3530 MB/s.