NVIDIA’s Latest Beta Drivers Boost SSD Performance for Microsoft DirectStorage 1.2 API

NVIDIA’s latest beta drivers, version 535.50, have been optimized for Microsoft DirectStorage 1.2 API. The DirectStorage API is a high-performance interface that allows games to take full advantage of NVMe solid-state drives (SSDs) and other high-speed storage devices. This optimization has led to significant improvements in SSD performance for both Gen5 and Gen4 drives. In this article, we will examine these improvements and what they mean for gamers and PC enthusiasts.

NVIDIA’s latest beta drivers are optimized for Microsoft DirectStorage 1.2 API

The latest NVIDIA BETA drivers have been optimized explicitly for the DirectStorage API, resulting in significant improvements in SSD performance. These optimizations were designed to take full advantage of the DirectStorage API’s capabilities to improve data transfer speeds between storage devices and the graphics card, thereby improving overall gaming performance.

Improved performance for both Gen5 and Gen4 SSDs

These updated drivers have shown improvements in SSD performance for both Gen5 and Gen4 drives. The DirectStorage API already provided a considerable boost to performance by moving the copy after GPU decompression to the compute queue, but the NVIDIA optimizations have taken this to the next level.

To demonstrate the improvements, a standard test was run using the older NVIDIA 532.03 drivers. The test compared the performance of the Crucial T700 Gen5, the fastest available consumer SSD, with the Sabrent Rocket 4 Plus-G, a high-end Gen4 drive optimized for the DirectStorage API.

Bandwidth differences between Gen5 and Gen4 drives

The results of the test show a clear difference between the Gen5 and Gen4 SSDs. The Gen4 SSD achieved a maximum bandwidth of 22.26 GB/s, while the Gen5 SSD achieved a maximum bandwidth of 28.09 GB/s. This represents a significant improvement for Gen5 SSDs and demonstrates the advantages of using the newest hardware available.

Compusle’s DirectStorage GPU Decompression Benchmark

To further demonstrate the improvements in SSD performance, Compusemble conducted a DirectStorage GPU decompression benchmark using the updated NVIDIA 535.50 beta drivers. The results of this test showed that Gen5 drives have up to a 37% advantage over Gen4 drives, translating to faster loading times and improved gaming performance.

Public Driver Release

While the 535.50 beta drivers are currently only available to NVIDIA beta testers, NVIDIA has announced that these optimizations will be included in a future public driver release. This will allow all users to experience the benefits of the DirectStorage API, even those with lower-end hardware.

Advancements in SSD performance benefit HDD load times

The advancements in SSD performance brought by NVIDIA’s latest beta drivers have the potential to improve load times across all storage devices, including hard disk drives (HDDs). This is because the more efficient data transfer system can take advantage of the faster read and write speeds of SSDs, even when accessing data stored on HDDs.

NVIDIA’s latest beta drivers, optimized for the Microsoft DirectStorage 1.2 API, have shown significant improvements in SSD performance for both Gen5 and Gen4 drives. These optimizations have the potential to significantly improve gaming performance, and a public driver release is expected soon, allowing all users to take advantage of these advancements. With faster load times and improved gaming performance, the DirectStorage API is a crucial tool for any PC gamer or enthusiast looking to stay ahead of the curve.

Explore more

How to Make Money With Lead Generation in 2026

The digital landscape has transformed into a high-stakes battlefield where businesses are no longer searching for simple contact information but are instead hunting for verified, high-intent connections amidst a sea of automated noise. If a professional spent any time online a few years ago, it was impossible to escape the constant claims from influencers that lead generation represented the ultimate

Financial AI Evolution Requires New Network Infrastructure

The silent cost of a single dropped data packet in a multi-day high-frequency AI training cluster can burn through thousands of dollars in a heartbeat, yet most banks are still running on pipes built for the era of static spreadsheets. As the industry moves through 2026, the transition of artificial intelligence from experimental side-projects to the central nervous system of

Is AI Integration Outpacing Governance in Global Finance?

The financial landscape is shifting beneath the surface as sophisticated algorithms now execute complex trades and predict market fluctuations with a speed that human analysts simply cannot match. This rapid evolution has pushed 77% of financial organizations to integrate artificial intelligence into their core operations. However, a jarring discrepancy exists, as only 14% of these firms are operating under a

How Are Cobots and AI Transforming Industrial Automation?

The rhythmic, synchronized movement of robotic arms no longer occurs behind thick plexiglass or steel mesh, as the walls once defining the factory floor have begun to disappear in favor of seamless interaction. This transition represents a $16.7 billion pivot toward collaborative intelligence, where machines are no longer isolated assets but active partners. As the industry moves into a more

BNPL Growth Challenges US Merchants With Fraud and Disputes

The meteoric rise of installment-based spending has fundamentally altered the American retail landscape, yet the very convenience that drives consumer conversion is now triggering a complex crisis of fraud and operational instability for merchants. Retailers today find themselves in a precarious position where providing the most popular payment options often means opening the door to sophisticated financial threats that bypass