NVIDIA's 50 Series Drivers Cause FPS Drops and Productivity Problems Across Workloads

RTX 5090 and 5070 are steadily losing frame rates as Nvidia's driver updates undermine overall performance consistency.

Hardware by Masaru Hoshino on Sep 11, 2025

Nvidia's 50 series cards have had a difficult launch cycle, beset by strange behavior in both productivity and gaming workloads, driver discrepancies, and performance regressions. Many users have seen a noticeable reduction in performance instead of the long-expected gains from ongoing driver development.

Even though certain well-known titles have become better, the overall picture shows a worrying reduction in driver quality and optimization.

NVIDIA's 50 Series Drivers, Cause FPS Drops, Productivity Problems, Across Workloads, NoobFeed

The Challenges of Nvidia's Driver Development

Since its debut, the 50 series driver situation has been beset by issues. Frequent hotfixes, blank screen problems, and variable platform performance all point to deeper development flaws. While there are rumors that Nvidia relies on AI coding to build its drivers, we dug into the details.

So far, the evidence suggests that AI contributes to specific components within the driver's system but does not fully replace the human engineering team. Still, performance outcomes strongly suggest instability in the current process.

Interestingly, Microsoft's CEO admitted that around 30% of Windows code is AI-written. If we relate that to Nvidia's drivers, it might explain some of the unpredictable bugs we are seeing today.

Testing Methodology

We tested performance on the RTX 5090 and RTX 5070 using both launch and current drivers. For the 5090, we compared version 572.16 with version 581.15, while for the 5070, the comparison was between version 572.70 and version 581.15.

Both cards were benchmarked across a traditional suite including Speedway, Time Spy Extreme, F1 2024, Black myth: Wukong, Borderlands 3, Horizon Forbidden West, Avatar: Frontiers of Pandora, Cyberpunk 2077, and Stalker 2.

Tests were run multiple times and averaged to ensure consistency. Performance was measured across 1080p, 1440p, and 4K resolutions, with additional focus on 95th and 99th percentile frame rates.

RTX 5090: Consistent Decline

The RTX 5090 consistently lost performance across most tested titles.

Speedway: Performance dropped from 14,412 to 14,254, a 1.1% decrease.

Time Spy Extreme: Declined 1.51%.

F1 2024: At 4K, dropped from 153.3fps to 149.3fps, a 2.61% loss. At 1080p, performance fell 2.1%.

Black Myth: Wukong: Losses reached nearly 6% at 1440p.

Cyberpunk 2077: Fell by 3.65% in 4K and 6.5% at 1440p.

Stalker 2: Lost up to 6.27% in 1080p.

The only title showing marginal uplift was Horizon Forbidden West, where improvements ranged between 0.25% and 2.5% depending on resolution. But these increases are not very big compared to the steady downward trend.

NVIDIA's 50 Series Drivers, Cause FPS Drops, Productivity Problems, Across Workloads, NoobFeed

RTX 5070: Mixed Results

Unlike the 5090, the RTX 5070 displayed a mix of minor gains and losses, though most improvements appeared in 4K while 1080p and 1440p generally trended downward.

F1 2024: Gained 2.39% at 4K and less than 1% at lower resolutions.

Avatar: A 0.5% gain at 1440p.

Black Myth: Wukong: Lost between 3.6% and 4.6% across resolutions.

Cyberpunk 2077: Around 2.3% performance loss in 1440p.

While some increases occurred, many of the 5070's generational gains (only around 5-9% over the 40 series) are effectively halved or nullified by driver regression.

The Bigger Picture: Planned Obsolescence?

Historically, Nvidia drivers have often improved card performance over time, rather than diminishing it. We've previously tested across multiple generations—from 900 series up to 30 series—and witnessed optimizations improving frame rates in newer titles. The current trend is the opposite.

This encourages suspicion of "planned obsolescence," in which performance is intentionally throttled over time to encourage people to upgrade. While the commercial rationale behind this theory is clear, previous evidence does not support it. However, the data from the 50 series are closer to verifying that suspicion.

95th and 99th Percentile Insights

Insights from the 95th and 99th percentiles provide additional context beyond averages. Looking deeper at the 95th and 99th percentile frame rates reveals troubling results.

Horizon Forbidden West: Average frame rates remained stable, but 1% and 5% lows showed meaningful improvement. For example, 4K 95th percentile rose from 92.8fps to 97.5fps, while 1% lows climbed from 79.8fps to 86fps.

F1 2024 (1080p): Average performance fell by 2%, but 1% lows collapsed from 203.3fps to 168.4fps—an alarming drop in smoothness.

While some games benefit from improved lows, others experience severe regression, undermining gameplay consistency.

NVIDIA's 50 Series Drivers, Cause FPS Drops, Productivity Problems, Across Workloads, NoobFeed

Issues Beyond Gaming

The problems extend into productivity software as well. Many of us use GPUs as dual-purpose tools, both for gaming and workstation tasks. However, with the 50 series, reports of driver issues in Adobe Photoshop and Premiere have been widespread.

In Photoshop, simple cursor movements hitch and stutter.

In Premiere, exports frequently stall or fail altogether, forcing some users back to the RTX 4090 for reliability.

This is especially problematic for those relying on 50-series cards as cost-effective alternatives to professional RTX workstation GPUs.

Where Does Nvidia Go From Here?

Driver instability with the 50 series has become a recurring theme. Frequent hotfixes, forced updates for new game releases, and performance regressions across multiple titles suggest deeper systemic issues within Nvidia's development team. Whether it's overreliance on AI, poor QA, or resource mismanagement, something is clearly broken.

We've reached a point where drivers are not just underperforming—they are "aging like fine milk." What should have been the cornerstone of optimization and stability has instead become a source of constant frustration.

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